Deck 10: Nutrition: Fitness and Spts

Full screen (f)
exit full mode
Question
_______________ can be used as an ergogenic aid to speed lactic acid removal from contracting muscles and prevent early fatigue.
Use Space or
up arrow
down arrow
to flip the card.
Question
Maxine Miles runs a marathon in 2 hours and 40 minutes. Most of the ATP f this activity is supplied by the process of _______________ glucose breakdown.
Question
Regular ____________ may delay the onset of help treat heart disease, diabetes mellitus, obesity, and high blood pressure.
Question
Injecting red blood cells into the bloodstream to enhance aerobic capacity is called _______________.
Question
Athletes can build muscle glycogen stes by consuming a very-high-carbohydrate diet f several days befe an athletic event while tapering exercise duration. This practice is called ____________.
Question
Bill goes on an 8-hour continuous hike. Most of the ATP f this activity will be derived from _______________.
Question
An intake of me than approximately _______________ milligrams of caffeine will elicit a urine level of caffeine that would be grounds f disqualification accding to standards set by the International Olympic Committee.
Question
Measuring an athlete's amount of ______ can help determine if he she is eating the appropriate number of calies.
Question
F a pre-event meal, foods such as bagels, muffins, and bread should be eaten within the range of _______________ hours befe an endurance event.
Question
When ATP is produced in muscles from glucose without the use of oxygen, resulting in lactic acid, this is called _______________ glucose breakdown.
Question
The goals of an aerobic exercise program are to exercise f a(n) ____________ of 20 to 60 minutes, at a(n) ____________ of 55% to 90% of maximum heart rate, and at a(n) ____________ of 5 days per week.
Question
Most of the time, ____________ contribute(s) less than 5% to the body's general energy needs. However, during endurance exercise, it can supply as much as 15%.
Question
Adolescent female athletes must be particularly concerned about getting enough of the mineral _______________.
Question
Triathletes and marathoners should eat up to _______________ grams of carbohydrate per kilogram of weight per day to prevent chronic fatigue.
Question
Don is attempting to build muscle mass f his first body-building competition. He weighs 170 pounds. He should be eating within the range of _______________ grams per kilogram of body weight of protein per day.
Question
The high energy compound that is generated via carbohydrate, protein, and fat catabolism is _______________.
Question
F anyone who exercises regularly, the macronutrient that should make up the majity of total daily calie intake is ____________.
Question
_______________ is a maj source of energy f all events lasting up to about 1 minute. This is split in muscle to refm ATP.
Question
_______________ is a general term referring to substances that can enhance athletic perfmance.
Question
During his wrestling wkout, Damon loses about 4 pounds. He should consume _______________ cups of water during after his wkout.
Athletes should consume 2 - 3 cups of water per pound lost during wkouts. Damon needs 8 - 12 cups of water to replenish his losses.
4 x 2 = 8
4 x 3 = 12
Question
Athletes who consume adequate carbohydrates experience all of the following except

A) reduced risk of chronic fatigue.
B) adequate liver glycogen stores.
C) increased body fat.
D) adequate muscle glycogen stores.
Question
F aerobic glucose breakdown to take place, two- and three-carbon fragments must enter which cell ganelle to be metabolized into carbon dioxide and water?

A) Nucleus
B) Mitochondrion
C) Golgi body
D) Smooth endoplasmic reticulum
Question
Neil is a football player. We can tell whether he is getting enough calies by all the following except

A) determining his body fat level.
B) seeing if his body fat is about 5 percent to 18 percent.
C) monitoring weight changes on a weekly basis.
D) weighing him before and after football practice.
Question
Which of the following is true about protein as an energy source?

A) Protein is more important than carbohydrate as an energy source for muscular activity.
B) The use of protein as an energy source is greater for endurance athletes than for those who body build or lift weights.
C) Protein and amino acid supplements are needed as energy sources for weight lifters.
D) Protein is a good energy source, supplying 7 kcal per gram.
Question
What is the name of the high-energy compound that cells use directly to fuel other chemical reactions?

A) Adenosine triphosphate
B) Glucose
C) Amino acids
D) Fatty acids
Question
Bart is a wrestler. His weight is regularly higher than the weight class he would like to wrestle in. What should he do?

A) Take diuretics to lose weight.
B) Sit in a sauna.
C) Gradually reduce food intake before wrestling season.
D) Restrict fluids before weigh-in.
Question
Zelda is a marathon runner. She completes the marathon in 2 hours and 30 minutes. Which of the following is true regarding her fuel use during the marathon?

A) If she runs out of muscle glycogen at the 2-hour mark, she will not feel fatigue.
B) Anaerobic glucose breakdown, using muscle glycogen, will provide most of the ATP for the marathon.
C) Liver glycogen is the preferred fuel during intense muscular activity lasting less than 2 hours.
D) As exercise duration increases beyond 20 to 30 minutes, blood glucose will become increasingly important to spare muscle glycogen, so Zelda will have the ability to sprint across the finish line.
Question
Anaerobic glucose breakdown provides most of the energy f spts activities lasting

A) 10 seconds.
B) up to 30 seconds.
C) 30 seconds to 2 minutes.
D) up to 5 minutes.
Question
Which of the following is not a benefit of physical fitness?

A) Better sleep habits
B) Less body fat
C) Less muscle mass
D) Lower blood pressure
Question
Protein supplies approximately __________ percent of a human's typical energy needs.

A) 0
B) 5
C) 15
D) 25
Question
The conversion of glucose to lactic acid is called

A) aerobic glucose breakdown.
B) anaerobic glucose breakdown.
C) aerobic glycogen breakdown.
D) anaerobic glycogen breakdown.
Question
A ____________ should contain water f hydration, electrolytes to help retain blood volume, and carbohydrates to provide energy and flav.
Question
Which of the following supplies energy f quick bursts of intense activity lasting up to one minute?

A) Phosphocreatine
B) Aerobic glucose breakdown
C) Lactic acid
D) Caffeine
Question
To help maintain adequate glycogen stes, an endurance athlete should eat

A) broccoli and cheese soup.
B) bagels and oranges.
C) peanut butter and apples.
D) tuna sandwich and milk.
Question
The training effect, in which individuals experience improvements in physical fitness as they continue a regular exercise regimen, is a product of all of the following except

A) increased number of capillaries in muscles.
B) increased production of lactic acid by muscles.
C) increased number of mitochondria in muscle cells.
D) increased muscle triglyceride content.
Question
Aerobic glucose breakdown provides most of the energy f spts activities lasting

A) up to 30 seconds.
B) 30 seconds to 1 minute.
C) 1 to 2 minutes.
D) 2 minutes to 4 hours.
Question
A meal representative of what an endurance athlete should eat befe an event is

A) steak, eggs, milk, and hash browns.
B) a turkey sandwich, cottage cheese, milk, and a chocolate bar.
C) two scrambled eggs, a bran muffin, an apple, and orange juice.
D) spaghetti with sauce, green beans, and low-fat milk.
Question
Bob drinks 6 cups of caffeinated coffee befe his long distance bike race. He does this so fatty acids will be released into the bloodstream in greater than nmal quantities to be used f energy and spare glycogen. Which of the following is true about fatty acid usage f energy?

A) Energy is released from fatty acids anaerobically.
B) Energy is released from fatty acids in a process called lipogenesis.
C) This is not a proven or promoted strategy to enhance performance.
D) Fatty acids are useful for intense exercise.
Question
The difference between aerobic and anaerobic glucose breakdown is

A) aerobic glucose breakdown uses amino acids, anaerobic does not.
B) the end product of aerobic glucose breakdown is lactic acid; the end products of anaerobic glucose breakdown are carbon dioxide and water.
C) the end products of aerobic glucose breakdown are carbon dioxide and water; the end product of anaerobic glucose breakdown is lactic acid.
D) anaerobic glucose breakdown uses oxygen, aerobic does not.
Question
If an athlete's body fat level is too high, what is the best weight-loss approach?

A) Follow an 800-kilocalorie eating plan.
B) Wear a rubber suit to sweat off extra weight.
C) Eat about 200 to 500 kilocalories less than one's EER per day.
D) Restrict dietary carbohydrates to less than 50% of total calories.
Question
All of the following are good practices to keep well hydrated during endurance events except

A) taking salt tablets and drinking plenty of fluid before the workout.
B) drinking freely during the 24 hours before an event.
C) consuming 1.5 to 2 cups of fluid 4 hours prior to the event start.
D) consuming fluid to replace losses during the workout.
Question
Which of the following is a good pre-event meal?

A) Bacon, lettuce, and tomato sandwich
B) Milk shake
C) Cheese and sausage pizza
D) Bagel with peanut butter
Question
Joe loses 7 pounds during basketball practice. How many cups of water would be adequate to replenish this loss?

A) 5
B) 10
C) 20
D) 30
Question
If a woman athlete is not menstruating regularly, she should do all the following except

A) exercise more intensely.
B) increase her calorie intake.
C) get adequate calcium in the diet.
D) have her body fat percentage checked.
Question
A pre-event meal should

A) be eaten 1 hour before the event.
B) contain at least 600 kilocalories.
C) be low in fat and fiber, high in carbohydrate, and moderate in protein.
D) be high in fat to prevent hunger.
Question
F which of the following activities would carbohydrate loading be warranted?

A) Marathon
B) Weight lifting
C) Football
D) 10-kilometer race
Question
Carbohydrate loading

A) involves loading up on carbohydrate-laden foods the day before an endurance event.
B) involves little exercise and a high-carbohydrate diet the first 3 days, followed by heavy exercise and a low-carbohydrate diet right before competition.
C) involves a tapering in the intensity of workouts with a corresponding increase in the percentage of carbohydrate intake.
D) does not increase glycogen stores to any significant degree.
Question
A well-tolerated exercise f overweight people is

A) basketball.
B) jogging.
C) bicycling.
D) aerobic dance.
Question
A physically active lifestyle may reduce the risk of all the following except

A) osteoporosis.
B) skin cancer.
C) heart disease.
D) obesity.
Question
The daily protein intake f a muscle-building athlete to maintain current fitness and strength should be _____ grams per kilogram body weight.

A) 0.6 to 0.8
B) 0.8 to 1.0
C) 1.0 to 1.2
D) 1.5 to 1.7
Question
F every pound lost during a wkout, ______ cup(s) of water should be consumed during after exercise.

A) 1/2 to 1
B) 1 to 2
C) 2 to 3
D) 3 to 4
Question
Which of the following does not have an ergogenic effect accding to your text?

A) Creatine
B) Carnitine
C) Baking soda
D) Caffeine
Question
Which of the following supposedly speeds the removal of lactic acid from contracting muscles?

A) Caffeine
B) Growth hormone
C) Phosphate loading
D) Bicarbonate loading
Question
A 120-pound woman is attempting to be a bodybuilder so she would like to gain large quantities of muscle mass. Her daily protein intake should be how many grams?

A) 32 to 59
B) 65 to 87
C) 82 to 93
D) 44 to 81
Question
Which of the following is true about the protein intake f athletes?

A) Most athletes must take protein supplements to get enough protein.
B) Bodybuilders need more protein than elite endurance athletes.
C) Amino acid supplements are a better way to deliver amino acids because they do not need to be digested.
D) Most athletes eating a variety of foods will easily meet their protein needs.
Question
Which of the following is true about the vitamin and mineral intake of athletes?

A) Vitamins have known ergogenic benefits.
B) Minerals have known ergogenic benefits.
C) Athletes tend not to eat enough vitamins and minerals.
D) Most athletes tend to consume ample vitamins and minerals if they meet their calorie needs.
Question
Anabolic steroid use may cause all of the following side effects except

A) stunting growth in teenage athletes.
B) cardiovascular disease.
C) body fat loss.
D) "roid rage" (extreme mood swings).
Question
A regular physical activity program should include all the following except

A) a warmup.
B) a frequency of 2 times per week.
C) a heart rate of 60 percent to 70 percent of maximum.
D) at least 20 to 30 minutes duration.
Question
Which of the following supposedly increases free fatty acids in the blood?

A) Caffeine
B) Growth hormone
C) Phosphate loading
D) Bicarbonate loading
Question
The best way to determine how much fluid must be replaced as a result of a wkout is to

A) weigh before and after the workout.
B) rely on thirst.
C) drink various amounts of fluid during the workout and see how much makes you feel best.
D) estimate how much you sweated.
Question
All of the following are true about spts drinks except

A) they inhibit performance during short-duration activities.
B) they replenish electrolytes.
C) they replenish fluids.
D) they taste better than water.
Question
The use of spts drinks is critical f activities lasting

A) 5 to 60 seconds.
B) 1 to 5 minutes.
C) 30 minutes.
D) 60 to 90 minutes.
Question
A good spts drink contains all the following except

A) potassium and sodium.
B) caffeine.
C) glucose.
D) chloride.
Question
Match between columns
Number of times (e.g., per week) physical activity is performed
Aerobic
Number of times (e.g., per week) physical activity is performed
Strength
Number of times (e.g., per week) physical activity is performed
Stretching
Number of times (e.g., per week) physical activity is performed
Progression
Number of times (e.g., per week) physical activity is performed
Duration
Number of times (e.g., per week) physical activity is performed
Frequency
Number of times (e.g., per week) physical activity is performed
Intensity
Number of times (e.g., per week) physical activity is performed
Target zone
Number of times (e.g., per week) physical activity is performed
RPE scale
Type of activity that uses large muscle groups in a rhythmic fashion
Aerobic
Type of activity that uses large muscle groups in a rhythmic fashion
Strength
Type of activity that uses large muscle groups in a rhythmic fashion
Stretching
Type of activity that uses large muscle groups in a rhythmic fashion
Progression
Type of activity that uses large muscle groups in a rhythmic fashion
Duration
Type of activity that uses large muscle groups in a rhythmic fashion
Frequency
Type of activity that uses large muscle groups in a rhythmic fashion
Intensity
Type of activity that uses large muscle groups in a rhythmic fashion
Target zone
Type of activity that uses large muscle groups in a rhythmic fashion
RPE scale
Time spent in an exercise session
Aerobic
Time spent in an exercise session
Strength
Time spent in an exercise session
Stretching
Time spent in an exercise session
Progression
Time spent in an exercise session
Duration
Time spent in an exercise session
Frequency
Time spent in an exercise session
Intensity
Time spent in an exercise session
Target zone
Time spent in an exercise session
RPE scale
Type of activity that increases flexibility in major muscle groups
Aerobic
Type of activity that increases flexibility in major muscle groups
Strength
Type of activity that increases flexibility in major muscle groups
Stretching
Type of activity that increases flexibility in major muscle groups
Progression
Type of activity that increases flexibility in major muscle groups
Duration
Type of activity that increases flexibility in major muscle groups
Frequency
Type of activity that increases flexibility in major muscle groups
Intensity
Type of activity that increases flexibility in major muscle groups
Target zone
Type of activity that increases flexibility in major muscle groups
RPE scale
Calculated range of percentage of age-predicted maximum heart rate to achieve during a workout
Aerobic
Calculated range of percentage of age-predicted maximum heart rate to achieve during a workout
Strength
Calculated range of percentage of age-predicted maximum heart rate to achieve during a workout
Stretching
Calculated range of percentage of age-predicted maximum heart rate to achieve during a workout
Progression
Calculated range of percentage of age-predicted maximum heart rate to achieve during a workout
Duration
Calculated range of percentage of age-predicted maximum heart rate to achieve during a workout
Frequency
Calculated range of percentage of age-predicted maximum heart rate to achieve during a workout
Intensity
Calculated range of percentage of age-predicted maximum heart rate to achieve during a workout
Target zone
Calculated range of percentage of age-predicted maximum heart rate to achieve during a workout
RPE scale
Level of exertion
Aerobic
Level of exertion
Strength
Level of exertion
Stretching
Level of exertion
Progression
Level of exertion
Duration
Level of exertion
Frequency
Level of exertion
Intensity
Level of exertion
Target zone
Level of exertion
RPE scale
Method of estimating the intensity of a workout in which ratings of 1 - 10 correspond to a subjective feeling of exertion
Aerobic
Method of estimating the intensity of a workout in which ratings of 1 - 10 correspond to a subjective feeling of exertion
Strength
Method of estimating the intensity of a workout in which ratings of 1 - 10 correspond to a subjective feeling of exertion
Stretching
Method of estimating the intensity of a workout in which ratings of 1 - 10 correspond to a subjective feeling of exertion
Progression
Method of estimating the intensity of a workout in which ratings of 1 - 10 correspond to a subjective feeling of exertion
Duration
Method of estimating the intensity of a workout in which ratings of 1 - 10 correspond to a subjective feeling of exertion
Frequency
Method of estimating the intensity of a workout in which ratings of 1 - 10 correspond to a subjective feeling of exertion
Intensity
Method of estimating the intensity of a workout in which ratings of 1 - 10 correspond to a subjective feeling of exertion
Target zone
Method of estimating the intensity of a workout in which ratings of 1 - 10 correspond to a subjective feeling of exertion
RPE scale
Increase in frequency, intensity, and duration of activities in a fitness program over time
Aerobic
Increase in frequency, intensity, and duration of activities in a fitness program over time
Strength
Increase in frequency, intensity, and duration of activities in a fitness program over time
Stretching
Increase in frequency, intensity, and duration of activities in a fitness program over time
Progression
Increase in frequency, intensity, and duration of activities in a fitness program over time
Duration
Increase in frequency, intensity, and duration of activities in a fitness program over time
Frequency
Increase in frequency, intensity, and duration of activities in a fitness program over time
Intensity
Increase in frequency, intensity, and duration of activities in a fitness program over time
Target zone
Increase in frequency, intensity, and duration of activities in a fitness program over time
RPE scale
Type of activity that uses resistance to increase muscle mass
Aerobic
Type of activity that uses resistance to increase muscle mass
Strength
Type of activity that uses resistance to increase muscle mass
Stretching
Type of activity that uses resistance to increase muscle mass
Progression
Type of activity that uses resistance to increase muscle mass
Duration
Type of activity that uses resistance to increase muscle mass
Frequency
Type of activity that uses resistance to increase muscle mass
Intensity
Type of activity that uses resistance to increase muscle mass
Target zone
Type of activity that uses resistance to increase muscle mass
RPE scale
Question
Match between columns
A breakdown product of adenosine triphosphate that contains two phosphates
Pyruvic acid
A breakdown product of adenosine triphosphate that contains two phosphates
Lactic acid
A breakdown product of adenosine triphosphate that contains two phosphates
Anaerobic training
A breakdown product of adenosine triphosphate that contains two phosphates
Stress fracture
A breakdown product of adenosine triphosphate that contains two phosphates
ATP
A breakdown product of adenosine triphosphate that contains two phosphates
ADP
A breakdown product of adenosine triphosphate that contains two phosphates
Phosphocreatine
A breakdown product of adenosine triphosphate that contains two phosphates
Carbohydrate loading
A breakdown product of adenosine triphosphate that contains two phosphates
Heat exhaustion
A breakdown product of adenosine triphosphate that contains two phosphates
Heat cramps
A breakdown product of adenosine triphosphate that contains two phosphates
Heatstroke
A breakdown product of adenosine triphosphate that contains two phosphates
Ergogenic
A breakdown product of adenosine triphosphate that contains two phosphates
Anabolic steroids
A breakdown product of adenosine triphosphate that contains two phosphates
Growth hormone
A breakdown product of adenosine triphosphate that contains two phosphates
Blood doping
A three-carbon compound formed during glucose metabolism; also called pyruvate
Pyruvic acid
A three-carbon compound formed during glucose metabolism; also called pyruvate
Lactic acid
A three-carbon compound formed during glucose metabolism; also called pyruvate
Anaerobic training
A three-carbon compound formed during glucose metabolism; also called pyruvate
Stress fracture
A three-carbon compound formed during glucose metabolism; also called pyruvate
ATP
A three-carbon compound formed during glucose metabolism; also called pyruvate
ADP
A three-carbon compound formed during glucose metabolism; also called pyruvate
Phosphocreatine
A three-carbon compound formed during glucose metabolism; also called pyruvate
Carbohydrate loading
A three-carbon compound formed during glucose metabolism; also called pyruvate
Heat exhaustion
A three-carbon compound formed during glucose metabolism; also called pyruvate
Heat cramps
A three-carbon compound formed during glucose metabolism; also called pyruvate
Heatstroke
A three-carbon compound formed during glucose metabolism; also called pyruvate
Ergogenic
A three-carbon compound formed during glucose metabolism; also called pyruvate
Anabolic steroids
A three-carbon compound formed during glucose metabolism; also called pyruvate
Growth hormone
A three-carbon compound formed during glucose metabolism; also called pyruvate
Blood doping
High-energy compound that can be used to re-form adenosine triphosphate
Pyruvic acid
High-energy compound that can be used to re-form adenosine triphosphate
Lactic acid
High-energy compound that can be used to re-form adenosine triphosphate
Anaerobic training
High-energy compound that can be used to re-form adenosine triphosphate
Stress fracture
High-energy compound that can be used to re-form adenosine triphosphate
ATP
High-energy compound that can be used to re-form adenosine triphosphate
ADP
High-energy compound that can be used to re-form adenosine triphosphate
Phosphocreatine
High-energy compound that can be used to re-form adenosine triphosphate
Carbohydrate loading
High-energy compound that can be used to re-form adenosine triphosphate
Heat exhaustion
High-energy compound that can be used to re-form adenosine triphosphate
Heat cramps
High-energy compound that can be used to re-form adenosine triphosphate
Heatstroke
High-energy compound that can be used to re-form adenosine triphosphate
Ergogenic
High-energy compound that can be used to re-form adenosine triphosphate
Anabolic steroids
High-energy compound that can be used to re-form adenosine triphosphate
Growth hormone
High-energy compound that can be used to re-form adenosine triphosphate
Blood doping
The main energy currency for cells
Pyruvic acid
The main energy currency for cells
Lactic acid
The main energy currency for cells
Anaerobic training
The main energy currency for cells
Stress fracture
The main energy currency for cells
ATP
The main energy currency for cells
ADP
The main energy currency for cells
Phosphocreatine
The main energy currency for cells
Carbohydrate loading
The main energy currency for cells
Heat exhaustion
The main energy currency for cells
Heat cramps
The main energy currency for cells
Heatstroke
The main energy currency for cells
Ergogenic
The main energy currency for cells
Anabolic steroids
The main energy currency for cells
Growth hormone
The main energy currency for cells
Blood doping
Condition that occurs when internal body temperature reaches 104°F; skin is hot and dry
Pyruvic acid
Condition that occurs when internal body temperature reaches 104°F; skin is hot and dry
Lactic acid
Condition that occurs when internal body temperature reaches 104°F; skin is hot and dry
Anaerobic training
Condition that occurs when internal body temperature reaches 104°F; skin is hot and dry
Stress fracture
Condition that occurs when internal body temperature reaches 104°F; skin is hot and dry
ATP
Condition that occurs when internal body temperature reaches 104°F; skin is hot and dry
ADP
Condition that occurs when internal body temperature reaches 104°F; skin is hot and dry
Phosphocreatine
Condition that occurs when internal body temperature reaches 104°F; skin is hot and dry
Carbohydrate loading
Condition that occurs when internal body temperature reaches 104°F; skin is hot and dry
Heat exhaustion
Condition that occurs when internal body temperature reaches 104°F; skin is hot and dry
Heat cramps
Condition that occurs when internal body temperature reaches 104°F; skin is hot and dry
Heatstroke
Condition that occurs when internal body temperature reaches 104°F; skin is hot and dry
Ergogenic
Condition that occurs when internal body temperature reaches 104°F; skin is hot and dry
Anabolic steroids
Condition that occurs when internal body temperature reaches 104°F; skin is hot and dry
Growth hormone
Condition that occurs when internal body temperature reaches 104°F; skin is hot and dry
Blood doping
A process by which a very-high-carbohydrate diet is consumed for about 3 days before an athletic event while tapering exercise duration to try to increase muscle glycogen stores
Pyruvic acid
A process by which a very-high-carbohydrate diet is consumed for about 3 days before an athletic event while tapering exercise duration to try to increase muscle glycogen stores
Lactic acid
A process by which a very-high-carbohydrate diet is consumed for about 3 days before an athletic event while tapering exercise duration to try to increase muscle glycogen stores
Anaerobic training
A process by which a very-high-carbohydrate diet is consumed for about 3 days before an athletic event while tapering exercise duration to try to increase muscle glycogen stores
Stress fracture
A process by which a very-high-carbohydrate diet is consumed for about 3 days before an athletic event while tapering exercise duration to try to increase muscle glycogen stores
ATP
A process by which a very-high-carbohydrate diet is consumed for about 3 days before an athletic event while tapering exercise duration to try to increase muscle glycogen stores
ADP
A process by which a very-high-carbohydrate diet is consumed for about 3 days before an athletic event while tapering exercise duration to try to increase muscle glycogen stores
Phosphocreatine
A process by which a very-high-carbohydrate diet is consumed for about 3 days before an athletic event while tapering exercise duration to try to increase muscle glycogen stores
Carbohydrate loading
A process by which a very-high-carbohydrate diet is consumed for about 3 days before an athletic event while tapering exercise duration to try to increase muscle glycogen stores
Heat exhaustion
A process by which a very-high-carbohydrate diet is consumed for about 3 days before an athletic event while tapering exercise duration to try to increase muscle glycogen stores
Heat cramps
A process by which a very-high-carbohydrate diet is consumed for about 3 days before an athletic event while tapering exercise duration to try to increase muscle glycogen stores
Heatstroke
A process by which a very-high-carbohydrate diet is consumed for about 3 days before an athletic event while tapering exercise duration to try to increase muscle glycogen stores
Ergogenic
A process by which a very-high-carbohydrate diet is consumed for about 3 days before an athletic event while tapering exercise duration to try to increase muscle glycogen stores
Anabolic steroids
A process by which a very-high-carbohydrate diet is consumed for about 3 days before an athletic event while tapering exercise duration to try to increase muscle glycogen stores
Growth hormone
A process by which a very-high-carbohydrate diet is consumed for about 3 days before an athletic event while tapering exercise duration to try to increase muscle glycogen stores
Blood doping
Condition usually occurring in people who have experienced large sweat losses from exercising for several hours in a hot climate and who have consumed a large volume of unsalted water
Pyruvic acid
Condition usually occurring in people who have experienced large sweat losses from exercising for several hours in a hot climate and who have consumed a large volume of unsalted water
Lactic acid
Condition usually occurring in people who have experienced large sweat losses from exercising for several hours in a hot climate and who have consumed a large volume of unsalted water
Anaerobic training
Condition usually occurring in people who have experienced large sweat losses from exercising for several hours in a hot climate and who have consumed a large volume of unsalted water
Stress fracture
Condition usually occurring in people who have experienced large sweat losses from exercising for several hours in a hot climate and who have consumed a large volume of unsalted water
ATP
Condition usually occurring in people who have experienced large sweat losses from exercising for several hours in a hot climate and who have consumed a large volume of unsalted water
ADP
Condition usually occurring in people who have experienced large sweat losses from exercising for several hours in a hot climate and who have consumed a large volume of unsalted water
Phosphocreatine
Condition usually occurring in people who have experienced large sweat losses from exercising for several hours in a hot climate and who have consumed a large volume of unsalted water
Carbohydrate loading
Condition usually occurring in people who have experienced large sweat losses from exercising for several hours in a hot climate and who have consumed a large volume of unsalted water
Heat exhaustion
Condition usually occurring in people who have experienced large sweat losses from exercising for several hours in a hot climate and who have consumed a large volume of unsalted water
Heat cramps
Condition usually occurring in people who have experienced large sweat losses from exercising for several hours in a hot climate and who have consumed a large volume of unsalted water
Heatstroke
Condition usually occurring in people who have experienced large sweat losses from exercising for several hours in a hot climate and who have consumed a large volume of unsalted water
Ergogenic
Condition usually occurring in people who have experienced large sweat losses from exercising for several hours in a hot climate and who have consumed a large volume of unsalted water
Anabolic steroids
Condition usually occurring in people who have experienced large sweat losses from exercising for several hours in a hot climate and who have consumed a large volume of unsalted water
Growth hormone
Condition usually occurring in people who have experienced large sweat losses from exercising for several hours in a hot climate and who have consumed a large volume of unsalted water
Blood doping
A general term for hormones that stimulate development in male sex organs
Pyruvic acid
A general term for hormones that stimulate development in male sex organs
Lactic acid
A general term for hormones that stimulate development in male sex organs
Anaerobic training
A general term for hormones that stimulate development in male sex organs
Stress fracture
A general term for hormones that stimulate development in male sex organs
ATP
A general term for hormones that stimulate development in male sex organs
ADP
A general term for hormones that stimulate development in male sex organs
Phosphocreatine
A general term for hormones that stimulate development in male sex organs
Carbohydrate loading
A general term for hormones that stimulate development in male sex organs
Heat exhaustion
A general term for hormones that stimulate development in male sex organs
Heat cramps
A general term for hormones that stimulate development in male sex organs
Heatstroke
A general term for hormones that stimulate development in male sex organs
Ergogenic
A general term for hormones that stimulate development in male sex organs
Anabolic steroids
A general term for hormones that stimulate development in male sex organs
Growth hormone
A general term for hormones that stimulate development in male sex organs
Blood doping
A pituitary hormone that produces body growth and fat release from storage, among other effects
Pyruvic acid
A pituitary hormone that produces body growth and fat release from storage, among other effects
Lactic acid
A pituitary hormone that produces body growth and fat release from storage, among other effects
Anaerobic training
A pituitary hormone that produces body growth and fat release from storage, among other effects
Stress fracture
A pituitary hormone that produces body growth and fat release from storage, among other effects
ATP
A pituitary hormone that produces body growth and fat release from storage, among other effects
ADP
A pituitary hormone that produces body growth and fat release from storage, among other effects
Phosphocreatine
A pituitary hormone that produces body growth and fat release from storage, among other effects
Carbohydrate loading
A pituitary hormone that produces body growth and fat release from storage, among other effects
Heat exhaustion
A pituitary hormone that produces body growth and fat release from storage, among other effects
Heat cramps
A pituitary hormone that produces body growth and fat release from storage, among other effects
Heatstroke
A pituitary hormone that produces body growth and fat release from storage, among other effects
Ergogenic
A pituitary hormone that produces body growth and fat release from storage, among other effects
Anabolic steroids
A pituitary hormone that produces body growth and fat release from storage, among other effects
Growth hormone
A pituitary hormone that produces body growth and fat release from storage, among other effects
Blood doping
A fracture that occurs from repeated jarring of a bone
Pyruvic acid
A fracture that occurs from repeated jarring of a bone
Lactic acid
A fracture that occurs from repeated jarring of a bone
Anaerobic training
A fracture that occurs from repeated jarring of a bone
Stress fracture
A fracture that occurs from repeated jarring of a bone
ATP
A fracture that occurs from repeated jarring of a bone
ADP
A fracture that occurs from repeated jarring of a bone
Phosphocreatine
A fracture that occurs from repeated jarring of a bone
Carbohydrate loading
A fracture that occurs from repeated jarring of a bone
Heat exhaustion
A fracture that occurs from repeated jarring of a bone
Heat cramps
A fracture that occurs from repeated jarring of a bone
Heatstroke
A fracture that occurs from repeated jarring of a bone
Ergogenic
A fracture that occurs from repeated jarring of a bone
Anabolic steroids
A fracture that occurs from repeated jarring of a bone
Growth hormone
A fracture that occurs from repeated jarring of a bone
Blood doping
Work-producing; a mechanical, nutritional, psychological, pharmacological, or physiological substance or treatment that is intended to improve performance
Pyruvic acid
Work-producing; a mechanical, nutritional, psychological, pharmacological, or physiological substance or treatment that is intended to improve performance
Lactic acid
Work-producing; a mechanical, nutritional, psychological, pharmacological, or physiological substance or treatment that is intended to improve performance
Anaerobic training
Work-producing; a mechanical, nutritional, psychological, pharmacological, or physiological substance or treatment that is intended to improve performance
Stress fracture
Work-producing; a mechanical, nutritional, psychological, pharmacological, or physiological substance or treatment that is intended to improve performance
ATP
Work-producing; a mechanical, nutritional, psychological, pharmacological, or physiological substance or treatment that is intended to improve performance
ADP
Work-producing; a mechanical, nutritional, psychological, pharmacological, or physiological substance or treatment that is intended to improve performance
Phosphocreatine
Work-producing; a mechanical, nutritional, psychological, pharmacological, or physiological substance or treatment that is intended to improve performance
Carbohydrate loading
Work-producing; a mechanical, nutritional, psychological, pharmacological, or physiological substance or treatment that is intended to improve performance
Heat exhaustion
Work-producing; a mechanical, nutritional, psychological, pharmacological, or physiological substance or treatment that is intended to improve performance
Heat cramps
Work-producing; a mechanical, nutritional, psychological, pharmacological, or physiological substance or treatment that is intended to improve performance
Heatstroke
Work-producing; a mechanical, nutritional, psychological, pharmacological, or physiological substance or treatment that is intended to improve performance
Ergogenic
Work-producing; a mechanical, nutritional, psychological, pharmacological, or physiological substance or treatment that is intended to improve performance
Anabolic steroids
Work-producing; a mechanical, nutritional, psychological, pharmacological, or physiological substance or treatment that is intended to improve performance
Growth hormone
Work-producing; a mechanical, nutritional, psychological, pharmacological, or physiological substance or treatment that is intended to improve performance
Blood doping
A technique by which red blood cells, in a blood sample, are concentrated by removing fluid, and later are injected into an athlete
Pyruvic acid
A technique by which red blood cells, in a blood sample, are concentrated by removing fluid, and later are injected into an athlete
Lactic acid
A technique by which red blood cells, in a blood sample, are concentrated by removing fluid, and later are injected into an athlete
Anaerobic training
A technique by which red blood cells, in a blood sample, are concentrated by removing fluid, and later are injected into an athlete
Stress fracture
A technique by which red blood cells, in a blood sample, are concentrated by removing fluid, and later are injected into an athlete
ATP
A technique by which red blood cells, in a blood sample, are concentrated by removing fluid, and later are injected into an athlete
ADP
A technique by which red blood cells, in a blood sample, are concentrated by removing fluid, and later are injected into an athlete
Phosphocreatine
A technique by which red blood cells, in a blood sample, are concentrated by removing fluid, and later are injected into an athlete
Carbohydrate loading
A technique by which red blood cells, in a blood sample, are concentrated by removing fluid, and later are injected into an athlete
Heat exhaustion
A technique by which red blood cells, in a blood sample, are concentrated by removing fluid, and later are injected into an athlete
Heat cramps
A technique by which red blood cells, in a blood sample, are concentrated by removing fluid, and later are injected into an athlete
Heatstroke
A technique by which red blood cells, in a blood sample, are concentrated by removing fluid, and later are injected into an athlete
Ergogenic
A technique by which red blood cells, in a blood sample, are concentrated by removing fluid, and later are injected into an athlete
Anabolic steroids
A technique by which red blood cells, in a blood sample, are concentrated by removing fluid, and later are injected into an athlete
Growth hormone
A technique by which red blood cells, in a blood sample, are concentrated by removing fluid, and later are injected into an athlete
Blood doping
Heat-related condition caused by fluid loss; characterized by headaches, dizziness, muscle weakness, and visual disturbances
Pyruvic acid
Heat-related condition caused by fluid loss; characterized by headaches, dizziness, muscle weakness, and visual disturbances
Lactic acid
Heat-related condition caused by fluid loss; characterized by headaches, dizziness, muscle weakness, and visual disturbances
Anaerobic training
Heat-related condition caused by fluid loss; characterized by headaches, dizziness, muscle weakness, and visual disturbances
Stress fracture
Heat-related condition caused by fluid loss; characterized by headaches, dizziness, muscle weakness, and visual disturbances
ATP
Heat-related condition caused by fluid loss; characterized by headaches, dizziness, muscle weakness, and visual disturbances
ADP
Heat-related condition caused by fluid loss; characterized by headaches, dizziness, muscle weakness, and visual disturbances
Phosphocreatine
Heat-related condition caused by fluid loss; characterized by headaches, dizziness, muscle weakness, and visual disturbances
Carbohydrate loading
Heat-related condition caused by fluid loss; characterized by headaches, dizziness, muscle weakness, and visual disturbances
Heat exhaustion
Heat-related condition caused by fluid loss; characterized by headaches, dizziness, muscle weakness, and visual disturbances
Heat cramps
Heat-related condition caused by fluid loss; characterized by headaches, dizziness, muscle weakness, and visual disturbances
Heatstroke
Heat-related condition caused by fluid loss; characterized by headaches, dizziness, muscle weakness, and visual disturbances
Ergogenic
Heat-related condition caused by fluid loss; characterized by headaches, dizziness, muscle weakness, and visual disturbances
Anabolic steroids
Heat-related condition caused by fluid loss; characterized by headaches, dizziness, muscle weakness, and visual disturbances
Growth hormone
Heat-related condition caused by fluid loss; characterized by headaches, dizziness, muscle weakness, and visual disturbances
Blood doping
Activities that consist of energy expenditure bursts followed by a rest period; intense short-term exertion
Pyruvic acid
Activities that consist of energy expenditure bursts followed by a rest period; intense short-term exertion
Lactic acid
Activities that consist of energy expenditure bursts followed by a rest period; intense short-term exertion
Anaerobic training
Activities that consist of energy expenditure bursts followed by a rest period; intense short-term exertion
Stress fracture
Activities that consist of energy expenditure bursts followed by a rest period; intense short-term exertion
ATP
Activities that consist of energy expenditure bursts followed by a rest period; intense short-term exertion
ADP
Activities that consist of energy expenditure bursts followed by a rest period; intense short-term exertion
Phosphocreatine
Activities that consist of energy expenditure bursts followed by a rest period; intense short-term exertion
Carbohydrate loading
Activities that consist of energy expenditure bursts followed by a rest period; intense short-term exertion
Heat exhaustion
Activities that consist of energy expenditure bursts followed by a rest period; intense short-term exertion
Heat cramps
Activities that consist of energy expenditure bursts followed by a rest period; intense short-term exertion
Heatstroke
Activities that consist of energy expenditure bursts followed by a rest period; intense short-term exertion
Ergogenic
Activities that consist of energy expenditure bursts followed by a rest period; intense short-term exertion
Anabolic steroids
Activities that consist of energy expenditure bursts followed by a rest period; intense short-term exertion
Growth hormone
Activities that consist of energy expenditure bursts followed by a rest period; intense short-term exertion
Blood doping
A three-carbon acid formed during anaerobic cell metabolism; accumulation of this compound contributes to muscle fatigue
Pyruvic acid
A three-carbon acid formed during anaerobic cell metabolism; accumulation of this compound contributes to muscle fatigue
Lactic acid
A three-carbon acid formed during anaerobic cell metabolism; accumulation of this compound contributes to muscle fatigue
Anaerobic training
A three-carbon acid formed during anaerobic cell metabolism; accumulation of this compound contributes to muscle fatigue
Stress fracture
A three-carbon acid formed during anaerobic cell metabolism; accumulation of this compound contributes to muscle fatigue
ATP
A three-carbon acid formed during anaerobic cell metabolism; accumulation of this compound contributes to muscle fatigue
ADP
A three-carbon acid formed during anaerobic cell metabolism; accumulation of this compound contributes to muscle fatigue
Phosphocreatine
A three-carbon acid formed during anaerobic cell metabolism; accumulation of this compound contributes to muscle fatigue
Carbohydrate loading
A three-carbon acid formed during anaerobic cell metabolism; accumulation of this compound contributes to muscle fatigue
Heat exhaustion
A three-carbon acid formed during anaerobic cell metabolism; accumulation of this compound contributes to muscle fatigue
Heat cramps
A three-carbon acid formed during anaerobic cell metabolism; accumulation of this compound contributes to muscle fatigue
Heatstroke
A three-carbon acid formed during anaerobic cell metabolism; accumulation of this compound contributes to muscle fatigue
Ergogenic
A three-carbon acid formed during anaerobic cell metabolism; accumulation of this compound contributes to muscle fatigue
Anabolic steroids
A three-carbon acid formed during anaerobic cell metabolism; accumulation of this compound contributes to muscle fatigue
Growth hormone
A three-carbon acid formed during anaerobic cell metabolism; accumulation of this compound contributes to muscle fatigue
Blood doping
Unlock Deck
Sign up to unlock the cards in this deck!
Unlock Deck
Unlock Deck
1/65
auto play flashcards
Play
simple tutorial
Full screen (f)
exit full mode
Deck 10: Nutrition: Fitness and Spts
1
_______________ can be used as an ergogenic aid to speed lactic acid removal from contracting muscles and prevent early fatigue.
Bicarbonate-loading OR Sodium bicarbonate OR Bicarbonate OR Baking soda
2
Maxine Miles runs a marathon in 2 hours and 40 minutes. Most of the ATP f this activity is supplied by the process of _______________ glucose breakdown.
aerobic
3
Regular ____________ may delay the onset of help treat heart disease, diabetes mellitus, obesity, and high blood pressure.
exercise OR physical activity OR activity
4
Injecting red blood cells into the bloodstream to enhance aerobic capacity is called _______________.
Unlock Deck
Unlock for access to all 65 flashcards in this deck.
Unlock Deck
k this deck
5
Athletes can build muscle glycogen stes by consuming a very-high-carbohydrate diet f several days befe an athletic event while tapering exercise duration. This practice is called ____________.
Unlock Deck
Unlock for access to all 65 flashcards in this deck.
Unlock Deck
k this deck
6
Bill goes on an 8-hour continuous hike. Most of the ATP f this activity will be derived from _______________.
Unlock Deck
Unlock for access to all 65 flashcards in this deck.
Unlock Deck
k this deck
7
An intake of me than approximately _______________ milligrams of caffeine will elicit a urine level of caffeine that would be grounds f disqualification accding to standards set by the International Olympic Committee.
Unlock Deck
Unlock for access to all 65 flashcards in this deck.
Unlock Deck
k this deck
8
Measuring an athlete's amount of ______ can help determine if he she is eating the appropriate number of calies.
Unlock Deck
Unlock for access to all 65 flashcards in this deck.
Unlock Deck
k this deck
9
F a pre-event meal, foods such as bagels, muffins, and bread should be eaten within the range of _______________ hours befe an endurance event.
Unlock Deck
Unlock for access to all 65 flashcards in this deck.
Unlock Deck
k this deck
10
When ATP is produced in muscles from glucose without the use of oxygen, resulting in lactic acid, this is called _______________ glucose breakdown.
Unlock Deck
Unlock for access to all 65 flashcards in this deck.
Unlock Deck
k this deck
11
The goals of an aerobic exercise program are to exercise f a(n) ____________ of 20 to 60 minutes, at a(n) ____________ of 55% to 90% of maximum heart rate, and at a(n) ____________ of 5 days per week.
Unlock Deck
Unlock for access to all 65 flashcards in this deck.
Unlock Deck
k this deck
12
Most of the time, ____________ contribute(s) less than 5% to the body's general energy needs. However, during endurance exercise, it can supply as much as 15%.
Unlock Deck
Unlock for access to all 65 flashcards in this deck.
Unlock Deck
k this deck
13
Adolescent female athletes must be particularly concerned about getting enough of the mineral _______________.
Unlock Deck
Unlock for access to all 65 flashcards in this deck.
Unlock Deck
k this deck
14
Triathletes and marathoners should eat up to _______________ grams of carbohydrate per kilogram of weight per day to prevent chronic fatigue.
Unlock Deck
Unlock for access to all 65 flashcards in this deck.
Unlock Deck
k this deck
15
Don is attempting to build muscle mass f his first body-building competition. He weighs 170 pounds. He should be eating within the range of _______________ grams per kilogram of body weight of protein per day.
Unlock Deck
Unlock for access to all 65 flashcards in this deck.
Unlock Deck
k this deck
16
The high energy compound that is generated via carbohydrate, protein, and fat catabolism is _______________.
Unlock Deck
Unlock for access to all 65 flashcards in this deck.
Unlock Deck
k this deck
17
F anyone who exercises regularly, the macronutrient that should make up the majity of total daily calie intake is ____________.
Unlock Deck
Unlock for access to all 65 flashcards in this deck.
Unlock Deck
k this deck
18
_______________ is a maj source of energy f all events lasting up to about 1 minute. This is split in muscle to refm ATP.
Unlock Deck
Unlock for access to all 65 flashcards in this deck.
Unlock Deck
k this deck
19
_______________ is a general term referring to substances that can enhance athletic perfmance.
Unlock Deck
Unlock for access to all 65 flashcards in this deck.
Unlock Deck
k this deck
20
During his wrestling wkout, Damon loses about 4 pounds. He should consume _______________ cups of water during after his wkout.
Athletes should consume 2 - 3 cups of water per pound lost during wkouts. Damon needs 8 - 12 cups of water to replenish his losses.
4 x 2 = 8
4 x 3 = 12
Unlock Deck
Unlock for access to all 65 flashcards in this deck.
Unlock Deck
k this deck
21
Athletes who consume adequate carbohydrates experience all of the following except

A) reduced risk of chronic fatigue.
B) adequate liver glycogen stores.
C) increased body fat.
D) adequate muscle glycogen stores.
Unlock Deck
Unlock for access to all 65 flashcards in this deck.
Unlock Deck
k this deck
22
F aerobic glucose breakdown to take place, two- and three-carbon fragments must enter which cell ganelle to be metabolized into carbon dioxide and water?

A) Nucleus
B) Mitochondrion
C) Golgi body
D) Smooth endoplasmic reticulum
Unlock Deck
Unlock for access to all 65 flashcards in this deck.
Unlock Deck
k this deck
23
Neil is a football player. We can tell whether he is getting enough calies by all the following except

A) determining his body fat level.
B) seeing if his body fat is about 5 percent to 18 percent.
C) monitoring weight changes on a weekly basis.
D) weighing him before and after football practice.
Unlock Deck
Unlock for access to all 65 flashcards in this deck.
Unlock Deck
k this deck
24
Which of the following is true about protein as an energy source?

A) Protein is more important than carbohydrate as an energy source for muscular activity.
B) The use of protein as an energy source is greater for endurance athletes than for those who body build or lift weights.
C) Protein and amino acid supplements are needed as energy sources for weight lifters.
D) Protein is a good energy source, supplying 7 kcal per gram.
Unlock Deck
Unlock for access to all 65 flashcards in this deck.
Unlock Deck
k this deck
25
What is the name of the high-energy compound that cells use directly to fuel other chemical reactions?

A) Adenosine triphosphate
B) Glucose
C) Amino acids
D) Fatty acids
Unlock Deck
Unlock for access to all 65 flashcards in this deck.
Unlock Deck
k this deck
26
Bart is a wrestler. His weight is regularly higher than the weight class he would like to wrestle in. What should he do?

A) Take diuretics to lose weight.
B) Sit in a sauna.
C) Gradually reduce food intake before wrestling season.
D) Restrict fluids before weigh-in.
Unlock Deck
Unlock for access to all 65 flashcards in this deck.
Unlock Deck
k this deck
27
Zelda is a marathon runner. She completes the marathon in 2 hours and 30 minutes. Which of the following is true regarding her fuel use during the marathon?

A) If she runs out of muscle glycogen at the 2-hour mark, she will not feel fatigue.
B) Anaerobic glucose breakdown, using muscle glycogen, will provide most of the ATP for the marathon.
C) Liver glycogen is the preferred fuel during intense muscular activity lasting less than 2 hours.
D) As exercise duration increases beyond 20 to 30 minutes, blood glucose will become increasingly important to spare muscle glycogen, so Zelda will have the ability to sprint across the finish line.
Unlock Deck
Unlock for access to all 65 flashcards in this deck.
Unlock Deck
k this deck
28
Anaerobic glucose breakdown provides most of the energy f spts activities lasting

A) 10 seconds.
B) up to 30 seconds.
C) 30 seconds to 2 minutes.
D) up to 5 minutes.
Unlock Deck
Unlock for access to all 65 flashcards in this deck.
Unlock Deck
k this deck
29
Which of the following is not a benefit of physical fitness?

A) Better sleep habits
B) Less body fat
C) Less muscle mass
D) Lower blood pressure
Unlock Deck
Unlock for access to all 65 flashcards in this deck.
Unlock Deck
k this deck
30
Protein supplies approximately __________ percent of a human's typical energy needs.

A) 0
B) 5
C) 15
D) 25
Unlock Deck
Unlock for access to all 65 flashcards in this deck.
Unlock Deck
k this deck
31
The conversion of glucose to lactic acid is called

A) aerobic glucose breakdown.
B) anaerobic glucose breakdown.
C) aerobic glycogen breakdown.
D) anaerobic glycogen breakdown.
Unlock Deck
Unlock for access to all 65 flashcards in this deck.
Unlock Deck
k this deck
32
A ____________ should contain water f hydration, electrolytes to help retain blood volume, and carbohydrates to provide energy and flav.
Unlock Deck
Unlock for access to all 65 flashcards in this deck.
Unlock Deck
k this deck
33
Which of the following supplies energy f quick bursts of intense activity lasting up to one minute?

A) Phosphocreatine
B) Aerobic glucose breakdown
C) Lactic acid
D) Caffeine
Unlock Deck
Unlock for access to all 65 flashcards in this deck.
Unlock Deck
k this deck
34
To help maintain adequate glycogen stes, an endurance athlete should eat

A) broccoli and cheese soup.
B) bagels and oranges.
C) peanut butter and apples.
D) tuna sandwich and milk.
Unlock Deck
Unlock for access to all 65 flashcards in this deck.
Unlock Deck
k this deck
35
The training effect, in which individuals experience improvements in physical fitness as they continue a regular exercise regimen, is a product of all of the following except

A) increased number of capillaries in muscles.
B) increased production of lactic acid by muscles.
C) increased number of mitochondria in muscle cells.
D) increased muscle triglyceride content.
Unlock Deck
Unlock for access to all 65 flashcards in this deck.
Unlock Deck
k this deck
36
Aerobic glucose breakdown provides most of the energy f spts activities lasting

A) up to 30 seconds.
B) 30 seconds to 1 minute.
C) 1 to 2 minutes.
D) 2 minutes to 4 hours.
Unlock Deck
Unlock for access to all 65 flashcards in this deck.
Unlock Deck
k this deck
37
A meal representative of what an endurance athlete should eat befe an event is

A) steak, eggs, milk, and hash browns.
B) a turkey sandwich, cottage cheese, milk, and a chocolate bar.
C) two scrambled eggs, a bran muffin, an apple, and orange juice.
D) spaghetti with sauce, green beans, and low-fat milk.
Unlock Deck
Unlock for access to all 65 flashcards in this deck.
Unlock Deck
k this deck
38
Bob drinks 6 cups of caffeinated coffee befe his long distance bike race. He does this so fatty acids will be released into the bloodstream in greater than nmal quantities to be used f energy and spare glycogen. Which of the following is true about fatty acid usage f energy?

A) Energy is released from fatty acids anaerobically.
B) Energy is released from fatty acids in a process called lipogenesis.
C) This is not a proven or promoted strategy to enhance performance.
D) Fatty acids are useful for intense exercise.
Unlock Deck
Unlock for access to all 65 flashcards in this deck.
Unlock Deck
k this deck
39
The difference between aerobic and anaerobic glucose breakdown is

A) aerobic glucose breakdown uses amino acids, anaerobic does not.
B) the end product of aerobic glucose breakdown is lactic acid; the end products of anaerobic glucose breakdown are carbon dioxide and water.
C) the end products of aerobic glucose breakdown are carbon dioxide and water; the end product of anaerobic glucose breakdown is lactic acid.
D) anaerobic glucose breakdown uses oxygen, aerobic does not.
Unlock Deck
Unlock for access to all 65 flashcards in this deck.
Unlock Deck
k this deck
40
If an athlete's body fat level is too high, what is the best weight-loss approach?

A) Follow an 800-kilocalorie eating plan.
B) Wear a rubber suit to sweat off extra weight.
C) Eat about 200 to 500 kilocalories less than one's EER per day.
D) Restrict dietary carbohydrates to less than 50% of total calories.
Unlock Deck
Unlock for access to all 65 flashcards in this deck.
Unlock Deck
k this deck
41
All of the following are good practices to keep well hydrated during endurance events except

A) taking salt tablets and drinking plenty of fluid before the workout.
B) drinking freely during the 24 hours before an event.
C) consuming 1.5 to 2 cups of fluid 4 hours prior to the event start.
D) consuming fluid to replace losses during the workout.
Unlock Deck
Unlock for access to all 65 flashcards in this deck.
Unlock Deck
k this deck
42
Which of the following is a good pre-event meal?

A) Bacon, lettuce, and tomato sandwich
B) Milk shake
C) Cheese and sausage pizza
D) Bagel with peanut butter
Unlock Deck
Unlock for access to all 65 flashcards in this deck.
Unlock Deck
k this deck
43
Joe loses 7 pounds during basketball practice. How many cups of water would be adequate to replenish this loss?

A) 5
B) 10
C) 20
D) 30
Unlock Deck
Unlock for access to all 65 flashcards in this deck.
Unlock Deck
k this deck
44
If a woman athlete is not menstruating regularly, she should do all the following except

A) exercise more intensely.
B) increase her calorie intake.
C) get adequate calcium in the diet.
D) have her body fat percentage checked.
Unlock Deck
Unlock for access to all 65 flashcards in this deck.
Unlock Deck
k this deck
45
A pre-event meal should

A) be eaten 1 hour before the event.
B) contain at least 600 kilocalories.
C) be low in fat and fiber, high in carbohydrate, and moderate in protein.
D) be high in fat to prevent hunger.
Unlock Deck
Unlock for access to all 65 flashcards in this deck.
Unlock Deck
k this deck
46
F which of the following activities would carbohydrate loading be warranted?

A) Marathon
B) Weight lifting
C) Football
D) 10-kilometer race
Unlock Deck
Unlock for access to all 65 flashcards in this deck.
Unlock Deck
k this deck
47
Carbohydrate loading

A) involves loading up on carbohydrate-laden foods the day before an endurance event.
B) involves little exercise and a high-carbohydrate diet the first 3 days, followed by heavy exercise and a low-carbohydrate diet right before competition.
C) involves a tapering in the intensity of workouts with a corresponding increase in the percentage of carbohydrate intake.
D) does not increase glycogen stores to any significant degree.
Unlock Deck
Unlock for access to all 65 flashcards in this deck.
Unlock Deck
k this deck
48
A well-tolerated exercise f overweight people is

A) basketball.
B) jogging.
C) bicycling.
D) aerobic dance.
Unlock Deck
Unlock for access to all 65 flashcards in this deck.
Unlock Deck
k this deck
49
A physically active lifestyle may reduce the risk of all the following except

A) osteoporosis.
B) skin cancer.
C) heart disease.
D) obesity.
Unlock Deck
Unlock for access to all 65 flashcards in this deck.
Unlock Deck
k this deck
50
The daily protein intake f a muscle-building athlete to maintain current fitness and strength should be _____ grams per kilogram body weight.

A) 0.6 to 0.8
B) 0.8 to 1.0
C) 1.0 to 1.2
D) 1.5 to 1.7
Unlock Deck
Unlock for access to all 65 flashcards in this deck.
Unlock Deck
k this deck
51
F every pound lost during a wkout, ______ cup(s) of water should be consumed during after exercise.

A) 1/2 to 1
B) 1 to 2
C) 2 to 3
D) 3 to 4
Unlock Deck
Unlock for access to all 65 flashcards in this deck.
Unlock Deck
k this deck
52
Which of the following does not have an ergogenic effect accding to your text?

A) Creatine
B) Carnitine
C) Baking soda
D) Caffeine
Unlock Deck
Unlock for access to all 65 flashcards in this deck.
Unlock Deck
k this deck
53
Which of the following supposedly speeds the removal of lactic acid from contracting muscles?

A) Caffeine
B) Growth hormone
C) Phosphate loading
D) Bicarbonate loading
Unlock Deck
Unlock for access to all 65 flashcards in this deck.
Unlock Deck
k this deck
54
A 120-pound woman is attempting to be a bodybuilder so she would like to gain large quantities of muscle mass. Her daily protein intake should be how many grams?

A) 32 to 59
B) 65 to 87
C) 82 to 93
D) 44 to 81
Unlock Deck
Unlock for access to all 65 flashcards in this deck.
Unlock Deck
k this deck
55
Which of the following is true about the protein intake f athletes?

A) Most athletes must take protein supplements to get enough protein.
B) Bodybuilders need more protein than elite endurance athletes.
C) Amino acid supplements are a better way to deliver amino acids because they do not need to be digested.
D) Most athletes eating a variety of foods will easily meet their protein needs.
Unlock Deck
Unlock for access to all 65 flashcards in this deck.
Unlock Deck
k this deck
56
Which of the following is true about the vitamin and mineral intake of athletes?

A) Vitamins have known ergogenic benefits.
B) Minerals have known ergogenic benefits.
C) Athletes tend not to eat enough vitamins and minerals.
D) Most athletes tend to consume ample vitamins and minerals if they meet their calorie needs.
Unlock Deck
Unlock for access to all 65 flashcards in this deck.
Unlock Deck
k this deck
57
Anabolic steroid use may cause all of the following side effects except

A) stunting growth in teenage athletes.
B) cardiovascular disease.
C) body fat loss.
D) "roid rage" (extreme mood swings).
Unlock Deck
Unlock for access to all 65 flashcards in this deck.
Unlock Deck
k this deck
58
A regular physical activity program should include all the following except

A) a warmup.
B) a frequency of 2 times per week.
C) a heart rate of 60 percent to 70 percent of maximum.
D) at least 20 to 30 minutes duration.
Unlock Deck
Unlock for access to all 65 flashcards in this deck.
Unlock Deck
k this deck
59
Which of the following supposedly increases free fatty acids in the blood?

A) Caffeine
B) Growth hormone
C) Phosphate loading
D) Bicarbonate loading
Unlock Deck
Unlock for access to all 65 flashcards in this deck.
Unlock Deck
k this deck
60
The best way to determine how much fluid must be replaced as a result of a wkout is to

A) weigh before and after the workout.
B) rely on thirst.
C) drink various amounts of fluid during the workout and see how much makes you feel best.
D) estimate how much you sweated.
Unlock Deck
Unlock for access to all 65 flashcards in this deck.
Unlock Deck
k this deck
61
All of the following are true about spts drinks except

A) they inhibit performance during short-duration activities.
B) they replenish electrolytes.
C) they replenish fluids.
D) they taste better than water.
Unlock Deck
Unlock for access to all 65 flashcards in this deck.
Unlock Deck
k this deck
62
The use of spts drinks is critical f activities lasting

A) 5 to 60 seconds.
B) 1 to 5 minutes.
C) 30 minutes.
D) 60 to 90 minutes.
Unlock Deck
Unlock for access to all 65 flashcards in this deck.
Unlock Deck
k this deck
63
A good spts drink contains all the following except

A) potassium and sodium.
B) caffeine.
C) glucose.
D) chloride.
Unlock Deck
Unlock for access to all 65 flashcards in this deck.
Unlock Deck
k this deck
64
Match between columns
Number of times (e.g., per week) physical activity is performed
Aerobic
Number of times (e.g., per week) physical activity is performed
Strength
Number of times (e.g., per week) physical activity is performed
Stretching
Number of times (e.g., per week) physical activity is performed
Progression
Number of times (e.g., per week) physical activity is performed
Duration
Number of times (e.g., per week) physical activity is performed
Frequency
Number of times (e.g., per week) physical activity is performed
Intensity
Number of times (e.g., per week) physical activity is performed
Target zone
Number of times (e.g., per week) physical activity is performed
RPE scale
Type of activity that uses large muscle groups in a rhythmic fashion
Aerobic
Type of activity that uses large muscle groups in a rhythmic fashion
Strength
Type of activity that uses large muscle groups in a rhythmic fashion
Stretching
Type of activity that uses large muscle groups in a rhythmic fashion
Progression
Type of activity that uses large muscle groups in a rhythmic fashion
Duration
Type of activity that uses large muscle groups in a rhythmic fashion
Frequency
Type of activity that uses large muscle groups in a rhythmic fashion
Intensity
Type of activity that uses large muscle groups in a rhythmic fashion
Target zone
Type of activity that uses large muscle groups in a rhythmic fashion
RPE scale
Time spent in an exercise session
Aerobic
Time spent in an exercise session
Strength
Time spent in an exercise session
Stretching
Time spent in an exercise session
Progression
Time spent in an exercise session
Duration
Time spent in an exercise session
Frequency
Time spent in an exercise session
Intensity
Time spent in an exercise session
Target zone
Time spent in an exercise session
RPE scale
Type of activity that increases flexibility in major muscle groups
Aerobic
Type of activity that increases flexibility in major muscle groups
Strength
Type of activity that increases flexibility in major muscle groups
Stretching
Type of activity that increases flexibility in major muscle groups
Progression
Type of activity that increases flexibility in major muscle groups
Duration
Type of activity that increases flexibility in major muscle groups
Frequency
Type of activity that increases flexibility in major muscle groups
Intensity
Type of activity that increases flexibility in major muscle groups
Target zone
Type of activity that increases flexibility in major muscle groups
RPE scale
Calculated range of percentage of age-predicted maximum heart rate to achieve during a workout
Aerobic
Calculated range of percentage of age-predicted maximum heart rate to achieve during a workout
Strength
Calculated range of percentage of age-predicted maximum heart rate to achieve during a workout
Stretching
Calculated range of percentage of age-predicted maximum heart rate to achieve during a workout
Progression
Calculated range of percentage of age-predicted maximum heart rate to achieve during a workout
Duration
Calculated range of percentage of age-predicted maximum heart rate to achieve during a workout
Frequency
Calculated range of percentage of age-predicted maximum heart rate to achieve during a workout
Intensity
Calculated range of percentage of age-predicted maximum heart rate to achieve during a workout
Target zone
Calculated range of percentage of age-predicted maximum heart rate to achieve during a workout
RPE scale
Level of exertion
Aerobic
Level of exertion
Strength
Level of exertion
Stretching
Level of exertion
Progression
Level of exertion
Duration
Level of exertion
Frequency
Level of exertion
Intensity
Level of exertion
Target zone
Level of exertion
RPE scale
Method of estimating the intensity of a workout in which ratings of 1 - 10 correspond to a subjective feeling of exertion
Aerobic
Method of estimating the intensity of a workout in which ratings of 1 - 10 correspond to a subjective feeling of exertion
Strength
Method of estimating the intensity of a workout in which ratings of 1 - 10 correspond to a subjective feeling of exertion
Stretching
Method of estimating the intensity of a workout in which ratings of 1 - 10 correspond to a subjective feeling of exertion
Progression
Method of estimating the intensity of a workout in which ratings of 1 - 10 correspond to a subjective feeling of exertion
Duration
Method of estimating the intensity of a workout in which ratings of 1 - 10 correspond to a subjective feeling of exertion
Frequency
Method of estimating the intensity of a workout in which ratings of 1 - 10 correspond to a subjective feeling of exertion
Intensity
Method of estimating the intensity of a workout in which ratings of 1 - 10 correspond to a subjective feeling of exertion
Target zone
Method of estimating the intensity of a workout in which ratings of 1 - 10 correspond to a subjective feeling of exertion
RPE scale
Increase in frequency, intensity, and duration of activities in a fitness program over time
Aerobic
Increase in frequency, intensity, and duration of activities in a fitness program over time
Strength
Increase in frequency, intensity, and duration of activities in a fitness program over time
Stretching
Increase in frequency, intensity, and duration of activities in a fitness program over time
Progression
Increase in frequency, intensity, and duration of activities in a fitness program over time
Duration
Increase in frequency, intensity, and duration of activities in a fitness program over time
Frequency
Increase in frequency, intensity, and duration of activities in a fitness program over time
Intensity
Increase in frequency, intensity, and duration of activities in a fitness program over time
Target zone
Increase in frequency, intensity, and duration of activities in a fitness program over time
RPE scale
Type of activity that uses resistance to increase muscle mass
Aerobic
Type of activity that uses resistance to increase muscle mass
Strength
Type of activity that uses resistance to increase muscle mass
Stretching
Type of activity that uses resistance to increase muscle mass
Progression
Type of activity that uses resistance to increase muscle mass
Duration
Type of activity that uses resistance to increase muscle mass
Frequency
Type of activity that uses resistance to increase muscle mass
Intensity
Type of activity that uses resistance to increase muscle mass
Target zone
Type of activity that uses resistance to increase muscle mass
RPE scale
Unlock Deck
Unlock for access to all 65 flashcards in this deck.
Unlock Deck
k this deck
65
Match between columns
A breakdown product of adenosine triphosphate that contains two phosphates
Pyruvic acid
A breakdown product of adenosine triphosphate that contains two phosphates
Lactic acid
A breakdown product of adenosine triphosphate that contains two phosphates
Anaerobic training
A breakdown product of adenosine triphosphate that contains two phosphates
Stress fracture
A breakdown product of adenosine triphosphate that contains two phosphates
ATP
A breakdown product of adenosine triphosphate that contains two phosphates
ADP
A breakdown product of adenosine triphosphate that contains two phosphates
Phosphocreatine
A breakdown product of adenosine triphosphate that contains two phosphates
Carbohydrate loading
A breakdown product of adenosine triphosphate that contains two phosphates
Heat exhaustion
A breakdown product of adenosine triphosphate that contains two phosphates
Heat cramps
A breakdown product of adenosine triphosphate that contains two phosphates
Heatstroke
A breakdown product of adenosine triphosphate that contains two phosphates
Ergogenic
A breakdown product of adenosine triphosphate that contains two phosphates
Anabolic steroids
A breakdown product of adenosine triphosphate that contains two phosphates
Growth hormone
A breakdown product of adenosine triphosphate that contains two phosphates
Blood doping
A three-carbon compound formed during glucose metabolism; also called pyruvate
Pyruvic acid
A three-carbon compound formed during glucose metabolism; also called pyruvate
Lactic acid
A three-carbon compound formed during glucose metabolism; also called pyruvate
Anaerobic training
A three-carbon compound formed during glucose metabolism; also called pyruvate
Stress fracture
A three-carbon compound formed during glucose metabolism; also called pyruvate
ATP
A three-carbon compound formed during glucose metabolism; also called pyruvate
ADP
A three-carbon compound formed during glucose metabolism; also called pyruvate
Phosphocreatine
A three-carbon compound formed during glucose metabolism; also called pyruvate
Carbohydrate loading
A three-carbon compound formed during glucose metabolism; also called pyruvate
Heat exhaustion
A three-carbon compound formed during glucose metabolism; also called pyruvate
Heat cramps
A three-carbon compound formed during glucose metabolism; also called pyruvate
Heatstroke
A three-carbon compound formed during glucose metabolism; also called pyruvate
Ergogenic
A three-carbon compound formed during glucose metabolism; also called pyruvate
Anabolic steroids
A three-carbon compound formed during glucose metabolism; also called pyruvate
Growth hormone
A three-carbon compound formed during glucose metabolism; also called pyruvate
Blood doping
High-energy compound that can be used to re-form adenosine triphosphate
Pyruvic acid
High-energy compound that can be used to re-form adenosine triphosphate
Lactic acid
High-energy compound that can be used to re-form adenosine triphosphate
Anaerobic training
High-energy compound that can be used to re-form adenosine triphosphate
Stress fracture
High-energy compound that can be used to re-form adenosine triphosphate
ATP
High-energy compound that can be used to re-form adenosine triphosphate
ADP
High-energy compound that can be used to re-form adenosine triphosphate
Phosphocreatine
High-energy compound that can be used to re-form adenosine triphosphate
Carbohydrate loading
High-energy compound that can be used to re-form adenosine triphosphate
Heat exhaustion
High-energy compound that can be used to re-form adenosine triphosphate
Heat cramps
High-energy compound that can be used to re-form adenosine triphosphate
Heatstroke
High-energy compound that can be used to re-form adenosine triphosphate
Ergogenic
High-energy compound that can be used to re-form adenosine triphosphate
Anabolic steroids
High-energy compound that can be used to re-form adenosine triphosphate
Growth hormone
High-energy compound that can be used to re-form adenosine triphosphate
Blood doping
The main energy currency for cells
Pyruvic acid
The main energy currency for cells
Lactic acid
The main energy currency for cells
Anaerobic training
The main energy currency for cells
Stress fracture
The main energy currency for cells
ATP
The main energy currency for cells
ADP
The main energy currency for cells
Phosphocreatine
The main energy currency for cells
Carbohydrate loading
The main energy currency for cells
Heat exhaustion
The main energy currency for cells
Heat cramps
The main energy currency for cells
Heatstroke
The main energy currency for cells
Ergogenic
The main energy currency for cells
Anabolic steroids
The main energy currency for cells
Growth hormone
The main energy currency for cells
Blood doping
Condition that occurs when internal body temperature reaches 104°F; skin is hot and dry
Pyruvic acid
Condition that occurs when internal body temperature reaches 104°F; skin is hot and dry
Lactic acid
Condition that occurs when internal body temperature reaches 104°F; skin is hot and dry
Anaerobic training
Condition that occurs when internal body temperature reaches 104°F; skin is hot and dry
Stress fracture
Condition that occurs when internal body temperature reaches 104°F; skin is hot and dry
ATP
Condition that occurs when internal body temperature reaches 104°F; skin is hot and dry
ADP
Condition that occurs when internal body temperature reaches 104°F; skin is hot and dry
Phosphocreatine
Condition that occurs when internal body temperature reaches 104°F; skin is hot and dry
Carbohydrate loading
Condition that occurs when internal body temperature reaches 104°F; skin is hot and dry
Heat exhaustion
Condition that occurs when internal body temperature reaches 104°F; skin is hot and dry
Heat cramps
Condition that occurs when internal body temperature reaches 104°F; skin is hot and dry
Heatstroke
Condition that occurs when internal body temperature reaches 104°F; skin is hot and dry
Ergogenic
Condition that occurs when internal body temperature reaches 104°F; skin is hot and dry
Anabolic steroids
Condition that occurs when internal body temperature reaches 104°F; skin is hot and dry
Growth hormone
Condition that occurs when internal body temperature reaches 104°F; skin is hot and dry
Blood doping
A process by which a very-high-carbohydrate diet is consumed for about 3 days before an athletic event while tapering exercise duration to try to increase muscle glycogen stores
Pyruvic acid
A process by which a very-high-carbohydrate diet is consumed for about 3 days before an athletic event while tapering exercise duration to try to increase muscle glycogen stores
Lactic acid
A process by which a very-high-carbohydrate diet is consumed for about 3 days before an athletic event while tapering exercise duration to try to increase muscle glycogen stores
Anaerobic training
A process by which a very-high-carbohydrate diet is consumed for about 3 days before an athletic event while tapering exercise duration to try to increase muscle glycogen stores
Stress fracture
A process by which a very-high-carbohydrate diet is consumed for about 3 days before an athletic event while tapering exercise duration to try to increase muscle glycogen stores
ATP
A process by which a very-high-carbohydrate diet is consumed for about 3 days before an athletic event while tapering exercise duration to try to increase muscle glycogen stores
ADP
A process by which a very-high-carbohydrate diet is consumed for about 3 days before an athletic event while tapering exercise duration to try to increase muscle glycogen stores
Phosphocreatine
A process by which a very-high-carbohydrate diet is consumed for about 3 days before an athletic event while tapering exercise duration to try to increase muscle glycogen stores
Carbohydrate loading
A process by which a very-high-carbohydrate diet is consumed for about 3 days before an athletic event while tapering exercise duration to try to increase muscle glycogen stores
Heat exhaustion
A process by which a very-high-carbohydrate diet is consumed for about 3 days before an athletic event while tapering exercise duration to try to increase muscle glycogen stores
Heat cramps
A process by which a very-high-carbohydrate diet is consumed for about 3 days before an athletic event while tapering exercise duration to try to increase muscle glycogen stores
Heatstroke
A process by which a very-high-carbohydrate diet is consumed for about 3 days before an athletic event while tapering exercise duration to try to increase muscle glycogen stores
Ergogenic
A process by which a very-high-carbohydrate diet is consumed for about 3 days before an athletic event while tapering exercise duration to try to increase muscle glycogen stores
Anabolic steroids
A process by which a very-high-carbohydrate diet is consumed for about 3 days before an athletic event while tapering exercise duration to try to increase muscle glycogen stores
Growth hormone
A process by which a very-high-carbohydrate diet is consumed for about 3 days before an athletic event while tapering exercise duration to try to increase muscle glycogen stores
Blood doping
Condition usually occurring in people who have experienced large sweat losses from exercising for several hours in a hot climate and who have consumed a large volume of unsalted water
Pyruvic acid
Condition usually occurring in people who have experienced large sweat losses from exercising for several hours in a hot climate and who have consumed a large volume of unsalted water
Lactic acid
Condition usually occurring in people who have experienced large sweat losses from exercising for several hours in a hot climate and who have consumed a large volume of unsalted water
Anaerobic training
Condition usually occurring in people who have experienced large sweat losses from exercising for several hours in a hot climate and who have consumed a large volume of unsalted water
Stress fracture
Condition usually occurring in people who have experienced large sweat losses from exercising for several hours in a hot climate and who have consumed a large volume of unsalted water
ATP
Condition usually occurring in people who have experienced large sweat losses from exercising for several hours in a hot climate and who have consumed a large volume of unsalted water
ADP
Condition usually occurring in people who have experienced large sweat losses from exercising for several hours in a hot climate and who have consumed a large volume of unsalted water
Phosphocreatine
Condition usually occurring in people who have experienced large sweat losses from exercising for several hours in a hot climate and who have consumed a large volume of unsalted water
Carbohydrate loading
Condition usually occurring in people who have experienced large sweat losses from exercising for several hours in a hot climate and who have consumed a large volume of unsalted water
Heat exhaustion
Condition usually occurring in people who have experienced large sweat losses from exercising for several hours in a hot climate and who have consumed a large volume of unsalted water
Heat cramps
Condition usually occurring in people who have experienced large sweat losses from exercising for several hours in a hot climate and who have consumed a large volume of unsalted water
Heatstroke
Condition usually occurring in people who have experienced large sweat losses from exercising for several hours in a hot climate and who have consumed a large volume of unsalted water
Ergogenic
Condition usually occurring in people who have experienced large sweat losses from exercising for several hours in a hot climate and who have consumed a large volume of unsalted water
Anabolic steroids
Condition usually occurring in people who have experienced large sweat losses from exercising for several hours in a hot climate and who have consumed a large volume of unsalted water
Growth hormone
Condition usually occurring in people who have experienced large sweat losses from exercising for several hours in a hot climate and who have consumed a large volume of unsalted water
Blood doping
A general term for hormones that stimulate development in male sex organs
Pyruvic acid
A general term for hormones that stimulate development in male sex organs
Lactic acid
A general term for hormones that stimulate development in male sex organs
Anaerobic training
A general term for hormones that stimulate development in male sex organs
Stress fracture
A general term for hormones that stimulate development in male sex organs
ATP
A general term for hormones that stimulate development in male sex organs
ADP
A general term for hormones that stimulate development in male sex organs
Phosphocreatine
A general term for hormones that stimulate development in male sex organs
Carbohydrate loading
A general term for hormones that stimulate development in male sex organs
Heat exhaustion
A general term for hormones that stimulate development in male sex organs
Heat cramps
A general term for hormones that stimulate development in male sex organs
Heatstroke
A general term for hormones that stimulate development in male sex organs
Ergogenic
A general term for hormones that stimulate development in male sex organs
Anabolic steroids
A general term for hormones that stimulate development in male sex organs
Growth hormone
A general term for hormones that stimulate development in male sex organs
Blood doping
A pituitary hormone that produces body growth and fat release from storage, among other effects
Pyruvic acid
A pituitary hormone that produces body growth and fat release from storage, among other effects
Lactic acid
A pituitary hormone that produces body growth and fat release from storage, among other effects
Anaerobic training
A pituitary hormone that produces body growth and fat release from storage, among other effects
Stress fracture
A pituitary hormone that produces body growth and fat release from storage, among other effects
ATP
A pituitary hormone that produces body growth and fat release from storage, among other effects
ADP
A pituitary hormone that produces body growth and fat release from storage, among other effects
Phosphocreatine
A pituitary hormone that produces body growth and fat release from storage, among other effects
Carbohydrate loading
A pituitary hormone that produces body growth and fat release from storage, among other effects
Heat exhaustion
A pituitary hormone that produces body growth and fat release from storage, among other effects
Heat cramps
A pituitary hormone that produces body growth and fat release from storage, among other effects
Heatstroke
A pituitary hormone that produces body growth and fat release from storage, among other effects
Ergogenic
A pituitary hormone that produces body growth and fat release from storage, among other effects
Anabolic steroids
A pituitary hormone that produces body growth and fat release from storage, among other effects
Growth hormone
A pituitary hormone that produces body growth and fat release from storage, among other effects
Blood doping
A fracture that occurs from repeated jarring of a bone
Pyruvic acid
A fracture that occurs from repeated jarring of a bone
Lactic acid
A fracture that occurs from repeated jarring of a bone
Anaerobic training
A fracture that occurs from repeated jarring of a bone
Stress fracture
A fracture that occurs from repeated jarring of a bone
ATP
A fracture that occurs from repeated jarring of a bone
ADP
A fracture that occurs from repeated jarring of a bone
Phosphocreatine
A fracture that occurs from repeated jarring of a bone
Carbohydrate loading
A fracture that occurs from repeated jarring of a bone
Heat exhaustion
A fracture that occurs from repeated jarring of a bone
Heat cramps
A fracture that occurs from repeated jarring of a bone
Heatstroke
A fracture that occurs from repeated jarring of a bone
Ergogenic
A fracture that occurs from repeated jarring of a bone
Anabolic steroids
A fracture that occurs from repeated jarring of a bone
Growth hormone
A fracture that occurs from repeated jarring of a bone
Blood doping
Work-producing; a mechanical, nutritional, psychological, pharmacological, or physiological substance or treatment that is intended to improve performance
Pyruvic acid
Work-producing; a mechanical, nutritional, psychological, pharmacological, or physiological substance or treatment that is intended to improve performance
Lactic acid
Work-producing; a mechanical, nutritional, psychological, pharmacological, or physiological substance or treatment that is intended to improve performance
Anaerobic training
Work-producing; a mechanical, nutritional, psychological, pharmacological, or physiological substance or treatment that is intended to improve performance
Stress fracture
Work-producing; a mechanical, nutritional, psychological, pharmacological, or physiological substance or treatment that is intended to improve performance
ATP
Work-producing; a mechanical, nutritional, psychological, pharmacological, or physiological substance or treatment that is intended to improve performance
ADP
Work-producing; a mechanical, nutritional, psychological, pharmacological, or physiological substance or treatment that is intended to improve performance
Phosphocreatine
Work-producing; a mechanical, nutritional, psychological, pharmacological, or physiological substance or treatment that is intended to improve performance
Carbohydrate loading
Work-producing; a mechanical, nutritional, psychological, pharmacological, or physiological substance or treatment that is intended to improve performance
Heat exhaustion
Work-producing; a mechanical, nutritional, psychological, pharmacological, or physiological substance or treatment that is intended to improve performance
Heat cramps
Work-producing; a mechanical, nutritional, psychological, pharmacological, or physiological substance or treatment that is intended to improve performance
Heatstroke
Work-producing; a mechanical, nutritional, psychological, pharmacological, or physiological substance or treatment that is intended to improve performance
Ergogenic
Work-producing; a mechanical, nutritional, psychological, pharmacological, or physiological substance or treatment that is intended to improve performance
Anabolic steroids
Work-producing; a mechanical, nutritional, psychological, pharmacological, or physiological substance or treatment that is intended to improve performance
Growth hormone
Work-producing; a mechanical, nutritional, psychological, pharmacological, or physiological substance or treatment that is intended to improve performance
Blood doping
A technique by which red blood cells, in a blood sample, are concentrated by removing fluid, and later are injected into an athlete
Pyruvic acid
A technique by which red blood cells, in a blood sample, are concentrated by removing fluid, and later are injected into an athlete
Lactic acid
A technique by which red blood cells, in a blood sample, are concentrated by removing fluid, and later are injected into an athlete
Anaerobic training
A technique by which red blood cells, in a blood sample, are concentrated by removing fluid, and later are injected into an athlete
Stress fracture
A technique by which red blood cells, in a blood sample, are concentrated by removing fluid, and later are injected into an athlete
ATP
A technique by which red blood cells, in a blood sample, are concentrated by removing fluid, and later are injected into an athlete
ADP
A technique by which red blood cells, in a blood sample, are concentrated by removing fluid, and later are injected into an athlete
Phosphocreatine
A technique by which red blood cells, in a blood sample, are concentrated by removing fluid, and later are injected into an athlete
Carbohydrate loading
A technique by which red blood cells, in a blood sample, are concentrated by removing fluid, and later are injected into an athlete
Heat exhaustion
A technique by which red blood cells, in a blood sample, are concentrated by removing fluid, and later are injected into an athlete
Heat cramps
A technique by which red blood cells, in a blood sample, are concentrated by removing fluid, and later are injected into an athlete
Heatstroke
A technique by which red blood cells, in a blood sample, are concentrated by removing fluid, and later are injected into an athlete
Ergogenic
A technique by which red blood cells, in a blood sample, are concentrated by removing fluid, and later are injected into an athlete
Anabolic steroids
A technique by which red blood cells, in a blood sample, are concentrated by removing fluid, and later are injected into an athlete
Growth hormone
A technique by which red blood cells, in a blood sample, are concentrated by removing fluid, and later are injected into an athlete
Blood doping
Heat-related condition caused by fluid loss; characterized by headaches, dizziness, muscle weakness, and visual disturbances
Pyruvic acid
Heat-related condition caused by fluid loss; characterized by headaches, dizziness, muscle weakness, and visual disturbances
Lactic acid
Heat-related condition caused by fluid loss; characterized by headaches, dizziness, muscle weakness, and visual disturbances
Anaerobic training
Heat-related condition caused by fluid loss; characterized by headaches, dizziness, muscle weakness, and visual disturbances
Stress fracture
Heat-related condition caused by fluid loss; characterized by headaches, dizziness, muscle weakness, and visual disturbances
ATP
Heat-related condition caused by fluid loss; characterized by headaches, dizziness, muscle weakness, and visual disturbances
ADP
Heat-related condition caused by fluid loss; characterized by headaches, dizziness, muscle weakness, and visual disturbances
Phosphocreatine
Heat-related condition caused by fluid loss; characterized by headaches, dizziness, muscle weakness, and visual disturbances
Carbohydrate loading
Heat-related condition caused by fluid loss; characterized by headaches, dizziness, muscle weakness, and visual disturbances
Heat exhaustion
Heat-related condition caused by fluid loss; characterized by headaches, dizziness, muscle weakness, and visual disturbances
Heat cramps
Heat-related condition caused by fluid loss; characterized by headaches, dizziness, muscle weakness, and visual disturbances
Heatstroke
Heat-related condition caused by fluid loss; characterized by headaches, dizziness, muscle weakness, and visual disturbances
Ergogenic
Heat-related condition caused by fluid loss; characterized by headaches, dizziness, muscle weakness, and visual disturbances
Anabolic steroids
Heat-related condition caused by fluid loss; characterized by headaches, dizziness, muscle weakness, and visual disturbances
Growth hormone
Heat-related condition caused by fluid loss; characterized by headaches, dizziness, muscle weakness, and visual disturbances
Blood doping
Activities that consist of energy expenditure bursts followed by a rest period; intense short-term exertion
Pyruvic acid
Activities that consist of energy expenditure bursts followed by a rest period; intense short-term exertion
Lactic acid
Activities that consist of energy expenditure bursts followed by a rest period; intense short-term exertion
Anaerobic training
Activities that consist of energy expenditure bursts followed by a rest period; intense short-term exertion
Stress fracture
Activities that consist of energy expenditure bursts followed by a rest period; intense short-term exertion
ATP
Activities that consist of energy expenditure bursts followed by a rest period; intense short-term exertion
ADP
Activities that consist of energy expenditure bursts followed by a rest period; intense short-term exertion
Phosphocreatine
Activities that consist of energy expenditure bursts followed by a rest period; intense short-term exertion
Carbohydrate loading
Activities that consist of energy expenditure bursts followed by a rest period; intense short-term exertion
Heat exhaustion
Activities that consist of energy expenditure bursts followed by a rest period; intense short-term exertion
Heat cramps
Activities that consist of energy expenditure bursts followed by a rest period; intense short-term exertion
Heatstroke
Activities that consist of energy expenditure bursts followed by a rest period; intense short-term exertion
Ergogenic
Activities that consist of energy expenditure bursts followed by a rest period; intense short-term exertion
Anabolic steroids
Activities that consist of energy expenditure bursts followed by a rest period; intense short-term exertion
Growth hormone
Activities that consist of energy expenditure bursts followed by a rest period; intense short-term exertion
Blood doping
A three-carbon acid formed during anaerobic cell metabolism; accumulation of this compound contributes to muscle fatigue
Pyruvic acid
A three-carbon acid formed during anaerobic cell metabolism; accumulation of this compound contributes to muscle fatigue
Lactic acid
A three-carbon acid formed during anaerobic cell metabolism; accumulation of this compound contributes to muscle fatigue
Anaerobic training
A three-carbon acid formed during anaerobic cell metabolism; accumulation of this compound contributes to muscle fatigue
Stress fracture
A three-carbon acid formed during anaerobic cell metabolism; accumulation of this compound contributes to muscle fatigue
ATP
A three-carbon acid formed during anaerobic cell metabolism; accumulation of this compound contributes to muscle fatigue
ADP
A three-carbon acid formed during anaerobic cell metabolism; accumulation of this compound contributes to muscle fatigue
Phosphocreatine
A three-carbon acid formed during anaerobic cell metabolism; accumulation of this compound contributes to muscle fatigue
Carbohydrate loading
A three-carbon acid formed during anaerobic cell metabolism; accumulation of this compound contributes to muscle fatigue
Heat exhaustion
A three-carbon acid formed during anaerobic cell metabolism; accumulation of this compound contributes to muscle fatigue
Heat cramps
A three-carbon acid formed during anaerobic cell metabolism; accumulation of this compound contributes to muscle fatigue
Heatstroke
A three-carbon acid formed during anaerobic cell metabolism; accumulation of this compound contributes to muscle fatigue
Ergogenic
A three-carbon acid formed during anaerobic cell metabolism; accumulation of this compound contributes to muscle fatigue
Anabolic steroids
A three-carbon acid formed during anaerobic cell metabolism; accumulation of this compound contributes to muscle fatigue
Growth hormone
A three-carbon acid formed during anaerobic cell metabolism; accumulation of this compound contributes to muscle fatigue
Blood doping
Unlock Deck
Unlock for access to all 65 flashcards in this deck.
Unlock Deck
k this deck
locked card icon
Unlock Deck
Unlock for access to all 65 flashcards in this deck.