Deck 7: Energy Balance and Weight Control

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Question
A technique f estimating energy expenditure by measuring oxygen used by a person is called _______________.
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Question
An example of a bariatric surgical procedure used today f treating severely obese individuals is ____________.
Question
The energy expended to digest, absb, and further process nutrients in food is called the _______________. This equals approximately 5% to 10% of energy intake.
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____________ increases energy expenditure above basal energy needs by about 25% to 40%.
Question
Basal metabolism is the energy expended

A) when sleeping.
B) when doing moderate activity.
C) when resting, but awake, and in a fasting state.
D) to make food available to the body.
Question
John weighs 80 kilograms and is 1.6 meters tall. His body mass index is _______________ kg/m2.
80 kg / (1.6 m x 1.6 m) = 80 kg / 2.56 m = 31.25 kg/m2
Question
Bob is a 34-year-old male who weighs 150 pounds and is a long distance cycler. He is engaged in vigous activity. Based on the MyPlate Calie Guidelines, Bob needs approximately _______________ kcal/day.
Question
Which of the following is true about basal metabolism?

A) It represents about 30 percent of total energy expenditure.
B) It is energy expenditure to maintain heartbeat, respiration, other basic functions, and daily activities.
C) It represents about 60 percent to 70 percent of total calories used by a sedentary person during each day.
D) It includes the energy used to digest food.
Question
The expenditure of energy to produce heat in response to a cold environment and as a result of overfeeding is called _______________.
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_______________ obesity is a pattern of body fat distribution that is associated with an increased incidence of cardiovascular disease, diabetes mellitus, and hypertension.
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The professional qualified to assist individuals with their weight-loss goals is a _______________.
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Underweight is defined as a body mass index below _______________ kg/m2.
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A body fat level of _______________% greater f men warrants a diagnosis of obesity.
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A group of medications that induce stimulation of the central nervous system are _______________.
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A body fat level of ______% greater f women warrants a diagnosis of obesity.
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The name f minimum energy expended to keep a resting, awake body alive is _______________. This represents about 60% to 70% of total energy expenditure.
Question
Which of the following is not associated with an increase in basal metabolism?

A) An increase in body temperature
B) A low calorie intake
C) An increase in lean body mass
D) Caffeine use
Question
A technique f estimating energy expenditure by measuring body heat released by a person is called _______________.
Question
Cycles of loss and regain of weight are called _______________. With each cycle, it is easier to gain weight and harder to lose.
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Restricting food and beverage intake by ______ kcal per day below calie needs typically leads to weight loss of 1 pound per week.
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The method f determining energy expenditure in which the amount of oxygen a person uses is measured is called

A) direct calorimetry.
B) indirect calorimetry.
C) thermocalorimetry.
D) bomb calorimetry.
Question
Men with body fat levels greater than _____ run health risks.

A) 20%
B) 24%
C) 30%
D) 35%
Question
Physical activity

A) contributes about 70 percent of total energy expenditure.
B) is only counted as a significant contributor if it is a formal, regular exercise program.
C) includes daily activities as seemingly insignificant as fidgeting.
D) contributes very little to overall energy expenditure.
Question
When attempting to use body fat content to define obesity, body fat above ____ f women warrants an obesity diagnosis.

A) 25%
B) 20%
C) 35%
D) 30%
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The MyPlate calie guideline f a 19- to 30-year-old active woman is

A) 1600.
B) 2000.
C) 2400.
D) 2800.
Question
Xenical is a weight-loss drug that wks in the digestive system

A) to substitute xylose for glucose.
B) to block digestion of about one-third of the fat in the food we eat.
C) to produce a full feeling that decreases hunger.
D) as an artificial fat.
Question
Body weight in kilograms divided by height squared in meters yields

A) the obesity index.
B) the body mass index.
C) relative weight.
D) percent body fat.
Question
F a woman who is 1.63 meters tall and weighs 72 kilograms, the body mass index would be

A) 18.
B) 23.
C) 27.
D) 32.
Question
Carol eats 800 kilocalies a day to lose weight. She is 40 years old. Carol has been walking briskly 60 minutes daily f the past 2 months. In her younger days she lifted weights, but she has lost considerable lean body mass over the years because of inactivity. Recently, Carol was diagnosed with hypothyroidism, which lowers metabolism. Which of the following facts increases Carol's energy output and promotes weight loss?

A) Her 800-kilocalorie diet
B) Her age
C) Her loss of lean body mass
D) Her walking routine
Question
Bill expends 2,500 kilocalies per day. What amount of kilocalies will be from basal metabolism?

A) 250 to 375
B) 500 to 1,050
C) 1,200 to 1,500
D) 1,500 to 1,750
Question
The method f determining energy expenditure that involves the measurement of heat given off by the body during a select period of time in an insulated chamber is

A) direct calorimetry.
B) indirect calorimetry.
C) thermocalorimetry.
D) bomb calorimetry.
Question
All of the following contribute to total energy expenditure except

A) basal metabolic rate.
B) thermic effect of food.
C) energy content of food.
D) adaptive thermogenesis.
Question
How would you interpret the body mass index f a woman who is 1.63 meters tall and weighs 72 kilograms?

A) The value does not exceed the value at which health risks begin.
B) Her health risks due to obesity would be high.
C) This indicates significant android obesity and high health risk.
D) She slightly exceeds the value at which health risks begin.
Question
All of the following are true about contributs to energy expenditure except

A) the thermic effect of food represents about 5 percent to 10 percent of total energy expenditure.
B) physical activity accounts for 25 percent to 40 percent of total energy expenditure.
C) basal metabolism accounts for 60 percent to 70 percent of total energy expenditure.
D) fidgeting accounts for 40 percent of total energy expenditure.
Question
Bill consumes 2,500 kilocalies per day. What would be his energy expenditure, in kilocalies, from the thermic effect of food?

A) 125 to 250
B) 250 to 375
C) 300 to 550
D) 425 to 600
Question
Joe is getting his energy expenditure measured by direct calimetry. The 1 liter of water surrounding the chamber has an initial reading of 15 degrees Celsius. The final reading is 2,015 degrees Celsius. How many kilocalies did he expend?

A) 1,000
B) 1,500
C) 2,000
D) 2,500
Question
The calie cost of the thermic effect of food is ___ of energy consumed.

A) 1% to 2%
B) 5% to 10%
C) 15% to 20%
D) 20% to 25%
Question
Thermogenesis refers to all of the following except

A) the ability to regulate body temperature within narrow limits.
B) shivering when cold and fidgeting are examples of thermogenesis.
C) brown adipose tissue contributes to thermogenesis, especially in hibernating animals.
D) the energy you require during sleep at night.
Question
When attempting to use body fat content to define obesity, body fat above ____ f men warrants an obesity diagnosis.

A) 8%
B) 20%
C) 24%
D) 30%
Question
The thermic effect of food

A) represents the calories needed to digest, absorb, and process ingested food.
B) represents approximately 20 percent of total energy expenditure.
C) is included in the measurement of basal metabolism.
D) refers to energy expended to produce heat in response to a cold environment.
Question
The best way to treat an underweight person is to advise him her to

A) eat high-fat foods such as cream, cheeses, ice cream, and ground beef.
B) stop exercising.
C) eat calorie-dense foods higher in vegetable fat like nuts and seeds.
D) eat high-calorie foods at the beginning of a meal.
Question
Which of the following is an imptant aspect of behavi modification used f weight control?

A) Severely restricting intake after overeating
B) Avoiding planned eating so you can be ready to handle spontaneous changes in the situation
C) Recording eating behavior to identify situations that contribute to overeating
D) Weighing at the same time each day
Question
A daily deficit of 500 kilocalies should result in a weight loss of about how many pounds per week?

A) 2
B) 1
C) 3
D) 4
Question
An example of cognitive restructuring f weight control is

A) planning what to eat for breakfast.
B) decreeing candy bars off limits.
C) replacing eating reactions to stress with helpful relaxing alternatives.
D) keeping a food intake diary to identify triggers for eating.
Question
Currently, the most common and effective surgical procedure f mbid obesity is

A) intestinal bypass.
B) gastric bypass.
C) gastric balloons.
D) gastrectomy.
Question
A weight-loss program should have all of the following characteristics except

A) use MyPlate as a pattern for food choices.
B) the plan should adapt to habits and tastes.
C) the plan should have a weight loss goal of 3 to 5 pounds per week.
D) the plan should be socially acceptable, allowing attendance at parties and restaurants.
Question
All of the following statements about many popular diets are true except

A) they promote quick weight loss that ends up being primarily water and lean muscle mass.
B) they help people make permanent changes in eating habits.
C) they often recommend expensive supplements.
D) they use testimonials from famous people.
Question
Which of the following is not true about android obesity?

A) It is upper body obesity.
B) High testosterone levels encourage it.
C) A low waist-to-hip ratio is indicative of it.
D) It is related to heart disease, hypertension, and diabetes mellitus.
Question
What would be the approximate weight gain, in pounds, of a person who consumes an excess of 500 kilocalies daily f one month?

A) 4
B) 6
C) 3
D) 2
Question
Which of the following is not characteristic of a fad diet?

A) It promotes quick solutions.
B) It uses scientific evidence, presenting pros and cons.
C) It limits food selections.
D) It recommends expensive supplements.
Question
Which of the following is not a way to estimate body fat?

A) Body mass index
B) Bioelectrical impedance
C) Skinfolds
D) Underwater weighing
Question
As one finds his her weight loss slowing during a weight control program, the best practice is to

A) restrict more food choices.
B) reduce food intake to 1,000 kilocalories.
C) go off the weight control program and take a break.
D) increase physical activity.
Question
Mary Sue wishes to lose 5 pounds befe her vacation in approximately 5 weeks. Her average consumption is 2,100 kilocalies. How many kilocalies should she consume daily to lose this weight, assuming her activity pattern remains unchanged?

A) 1,800 to 1,900
B) 1,600 to 1,700
C) 1,400 to 1,500
D) 1,100 to 1,200
Question
The best fmal weight loss program f the average dieter is

A) Weight Watchers.
B) Jenny Craig.
C) Nutri-System.
D) Diet Center.
Question
Which of the following testing methods is considered the most accurate way of measuring percent body fat?

A) Underwater weighing
B) Skinfolds
C) Infrared light
D) Bioelectrical impedance
Question
Margaret's parents are both obese. She has dieted six times, each time losing a considerable amount of weight and subsequently regaining it. Margaret has an aversion to exercise. Which of the following is true about Margaret's situation?

A) Her frequent weight loss attempts have most likely led to greater amounts of lean body mass.
B) Her problem is genetic and there is no reason for her to attempt to lose weight.
C) When she ends the diet she regains additional body fat.
D) Her problem results from poor habits, with studies showing genetics as an insignificant contributor.
Question
Which of the following is not a maj goal f weight control programs?

A) 5-pound weight loss per week
B) Loss of stored fat
C) Sparing lean body mass
D) Reaching a healthy weight
Question
listat (Xenical) is a medication approved by the FDA f weight loss that reduces fat

A) storage by inhibiting lipase activity in fat cells.
B) digestion by inhibiting lipase enzyme action in the small intestine.
C) absorption by decreasing bile secretion.
D) circulation by inhibiting lipoprotein production.
Question
Altering the environment to minimize the stimuli f eating is called

A) chain-breaking.
B) stimulus control.
C) contingency management.
D) cognitive restructuring.
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Android obesity is associated with a higher incidence of all the following except

A) heart disease.
B) diabetes mellitus.
C) hypertension.
D) lung cancer.
Question
The body's set point has been suggested to be

A) a weight to which the body closely regulates.
B) one's desirable body weight.
C) one's minimum body weight.
D) the weight that is reached and maintained during mid-life.
Question
When individuals lose weight quickly, most of the weight lost is from

A) fat, water, and glycogen.
B) water, muscle tissue, and bone.
C) water, glycogen, and muscle tissue.
D) fat, water, and muscle tissue.
Question
Martha is maintaining her current weight by eating 2,500 kilocalies per day. To lose 1 pound of fat per week, she would have to decrease her intake to how many kilocalies per day?

A) 2,200 to 2,300
B) 1,900 to 2,000
C) 1,500 to 1,600
D) 1,000 to 1,200
Question
Changing one's frame of mind related to weight control and nutrition is called

A) stimulus control.
B) self-monitoring.
C) chain-breaking.
D) cognitive restructuring.
Question
Which of the following is true about fat?

A) It has a high thermic effect.
B) It is less calorie-dense than carbohydrates or proteins.
C) It is a concentrated source of calories.
D) It is better to eliminate carbohydrates rather than fat when cutting calories.
Question
Which of the following is true about use of diet pills f weight reduction?

A) Diet pills do not lead to long-term changes in weight and tend to have side effects.
B) Amphetamines are not addictive.
C) Oral cholecystokinin is absorbed and suppresses hunger.
D) Diuretics lead to significant fat loss.
Question
Two self-help groups that would be helpful with weight control effts include

A) Jenny Craig and Slim Fast.
B) Nutri-System and Jenny Craig.
C) Weight Watchers and Take Off Pounds Sensibly.
D) Weight Watchers and Nutri-System.
Question
Match between columns
A method of measuring a body's energy use by measuring its oxygen uptake and then using formulas to convert that gas exchange into energy use
Basal metabolism
A method of measuring a body's energy use by measuring its oxygen uptake and then using formulas to convert that gas exchange into energy use
Lean body mass
A method of measuring a body's energy use by measuring its oxygen uptake and then using formulas to convert that gas exchange into energy use
Direct calorimetry
A method of measuring a body's energy use by measuring its oxygen uptake and then using formulas to convert that gas exchange into energy use
Indirect calorimetry
A method of measuring a body's energy use by measuring its oxygen uptake and then using formulas to convert that gas exchange into energy use
Chain-breaking
A method of measuring a body's energy use by measuring its oxygen uptake and then using formulas to convert that gas exchange into energy use
Stimulus control
A method of measuring a body's energy use by measuring its oxygen uptake and then using formulas to convert that gas exchange into energy use
Self-monitoring
A method of measuring a body's energy use by measuring its oxygen uptake and then using formulas to convert that gas exchange into energy use
Cognitive restructuring
A method of measuring a body's energy use by measuring its oxygen uptake and then using formulas to convert that gas exchange into energy use
Obesity
A method of measuring a body's energy use by measuring its oxygen uptake and then using formulas to convert that gas exchange into energy use
Upper-body obesity
A method of measuring a body's energy use by measuring its oxygen uptake and then using formulas to convert that gas exchange into energy use
Lower-body obesity
A method of measuring a body's energy use by measuring its oxygen uptake and then using formulas to convert that gas exchange into energy use
Thrifty metabolism
A method of measuring a body's energy use by measuring its oxygen uptake and then using formulas to convert that gas exchange into energy use
Very-low-calorie diet
A method of measuring a body's energy use by measuring its oxygen uptake and then using formulas to convert that gas exchange into energy use
Underweight
A method of determining a body's energy use by measuring heat that emanates from the body
Basal metabolism
A method of determining a body's energy use by measuring heat that emanates from the body
Lean body mass
A method of determining a body's energy use by measuring heat that emanates from the body
Direct calorimetry
A method of determining a body's energy use by measuring heat that emanates from the body
Indirect calorimetry
A method of determining a body's energy use by measuring heat that emanates from the body
Chain-breaking
A method of determining a body's energy use by measuring heat that emanates from the body
Stimulus control
A method of determining a body's energy use by measuring heat that emanates from the body
Self-monitoring
A method of determining a body's energy use by measuring heat that emanates from the body
Cognitive restructuring
A method of determining a body's energy use by measuring heat that emanates from the body
Obesity
A method of determining a body's energy use by measuring heat that emanates from the body
Upper-body obesity
A method of determining a body's energy use by measuring heat that emanates from the body
Lower-body obesity
A method of determining a body's energy use by measuring heat that emanates from the body
Thrifty metabolism
A method of determining a body's energy use by measuring heat that emanates from the body
Very-low-calorie diet
A method of determining a body's energy use by measuring heat that emanates from the body
Underweight
Body weight minus fat storage weight
Basal metabolism
Body weight minus fat storage weight
Lean body mass
Body weight minus fat storage weight
Direct calorimetry
Body weight minus fat storage weight
Indirect calorimetry
Body weight minus fat storage weight
Chain-breaking
Body weight minus fat storage weight
Stimulus control
Body weight minus fat storage weight
Self-monitoring
Body weight minus fat storage weight
Cognitive restructuring
Body weight minus fat storage weight
Obesity
Body weight minus fat storage weight
Upper-body obesity
Body weight minus fat storage weight
Lower-body obesity
Body weight minus fat storage weight
Thrifty metabolism
Body weight minus fat storage weight
Very-low-calorie diet
Body weight minus fat storage weight
Underweight
Tracking foods eaten and conditions affecting eating
Basal metabolism
Tracking foods eaten and conditions affecting eating
Lean body mass
Tracking foods eaten and conditions affecting eating
Direct calorimetry
Tracking foods eaten and conditions affecting eating
Indirect calorimetry
Tracking foods eaten and conditions affecting eating
Chain-breaking
Tracking foods eaten and conditions affecting eating
Stimulus control
Tracking foods eaten and conditions affecting eating
Self-monitoring
Tracking foods eaten and conditions affecting eating
Cognitive restructuring
Tracking foods eaten and conditions affecting eating
Obesity
Tracking foods eaten and conditions affecting eating
Upper-body obesity
Tracking foods eaten and conditions affecting eating
Lower-body obesity
Tracking foods eaten and conditions affecting eating
Thrifty metabolism
Tracking foods eaten and conditions affecting eating
Very-low-calorie diet
Tracking foods eaten and conditions affecting eating
Underweight
Metabolism that characteristically conserves more energy than normal so that it increases the risk of weight gain and obesity
Basal metabolism
Metabolism that characteristically conserves more energy than normal so that it increases the risk of weight gain and obesity
Lean body mass
Metabolism that characteristically conserves more energy than normal so that it increases the risk of weight gain and obesity
Direct calorimetry
Metabolism that characteristically conserves more energy than normal so that it increases the risk of weight gain and obesity
Indirect calorimetry
Metabolism that characteristically conserves more energy than normal so that it increases the risk of weight gain and obesity
Chain-breaking
Metabolism that characteristically conserves more energy than normal so that it increases the risk of weight gain and obesity
Stimulus control
Metabolism that characteristically conserves more energy than normal so that it increases the risk of weight gain and obesity
Self-monitoring
Metabolism that characteristically conserves more energy than normal so that it increases the risk of weight gain and obesity
Cognitive restructuring
Metabolism that characteristically conserves more energy than normal so that it increases the risk of weight gain and obesity
Obesity
Metabolism that characteristically conserves more energy than normal so that it increases the risk of weight gain and obesity
Upper-body obesity
Metabolism that characteristically conserves more energy than normal so that it increases the risk of weight gain and obesity
Lower-body obesity
Metabolism that characteristically conserves more energy than normal so that it increases the risk of weight gain and obesity
Thrifty metabolism
Metabolism that characteristically conserves more energy than normal so that it increases the risk of weight gain and obesity
Very-low-calorie diet
Metabolism that characteristically conserves more energy than normal so that it increases the risk of weight gain and obesity
Underweight
Altering the environment to minimize the stimuli for eating—for example, removing foods from sight
Basal metabolism
Altering the environment to minimize the stimuli for eating—for example, removing foods from sight
Lean body mass
Altering the environment to minimize the stimuli for eating—for example, removing foods from sight
Direct calorimetry
Altering the environment to minimize the stimuli for eating—for example, removing foods from sight
Indirect calorimetry
Altering the environment to minimize the stimuli for eating—for example, removing foods from sight
Chain-breaking
Altering the environment to minimize the stimuli for eating—for example, removing foods from sight
Stimulus control
Altering the environment to minimize the stimuli for eating—for example, removing foods from sight
Self-monitoring
Altering the environment to minimize the stimuli for eating—for example, removing foods from sight
Cognitive restructuring
Altering the environment to minimize the stimuli for eating—for example, removing foods from sight
Obesity
Altering the environment to minimize the stimuli for eating—for example, removing foods from sight
Upper-body obesity
Altering the environment to minimize the stimuli for eating—for example, removing foods from sight
Lower-body obesity
Altering the environment to minimize the stimuli for eating—for example, removing foods from sight
Thrifty metabolism
Altering the environment to minimize the stimuli for eating—for example, removing foods from sight
Very-low-calorie diet
Altering the environment to minimize the stimuli for eating—for example, removing foods from sight
Underweight
A condition characterized by a body mass index below 18.5
Basal metabolism
A condition characterized by a body mass index below 18.5
Lean body mass
A condition characterized by a body mass index below 18.5
Direct calorimetry
A condition characterized by a body mass index below 18.5
Indirect calorimetry
A condition characterized by a body mass index below 18.5
Chain-breaking
A condition characterized by a body mass index below 18.5
Stimulus control
A condition characterized by a body mass index below 18.5
Self-monitoring
A condition characterized by a body mass index below 18.5
Cognitive restructuring
A condition characterized by a body mass index below 18.5
Obesity
A condition characterized by a body mass index below 18.5
Upper-body obesity
A condition characterized by a body mass index below 18.5
Lower-body obesity
A condition characterized by a body mass index below 18.5
Thrifty metabolism
A condition characterized by a body mass index below 18.5
Very-low-calorie diet
A condition characterized by a body mass index below 18.5
Underweight
Also called android obesity; associated with a high risk of heart disease, hypertension, and diabetes
Basal metabolism
Also called android obesity; associated with a high risk of heart disease, hypertension, and diabetes
Lean body mass
Also called android obesity; associated with a high risk of heart disease, hypertension, and diabetes
Direct calorimetry
Also called android obesity; associated with a high risk of heart disease, hypertension, and diabetes
Indirect calorimetry
Also called android obesity; associated with a high risk of heart disease, hypertension, and diabetes
Chain-breaking
Also called android obesity; associated with a high risk of heart disease, hypertension, and diabetes
Stimulus control
Also called android obesity; associated with a high risk of heart disease, hypertension, and diabetes
Self-monitoring
Also called android obesity; associated with a high risk of heart disease, hypertension, and diabetes
Cognitive restructuring
Also called android obesity; associated with a high risk of heart disease, hypertension, and diabetes
Obesity
Also called android obesity; associated with a high risk of heart disease, hypertension, and diabetes
Upper-body obesity
Also called android obesity; associated with a high risk of heart disease, hypertension, and diabetes
Lower-body obesity
Also called android obesity; associated with a high risk of heart disease, hypertension, and diabetes
Thrifty metabolism
Also called android obesity; associated with a high risk of heart disease, hypertension, and diabetes
Very-low-calorie diet
Also called android obesity; associated with a high risk of heart disease, hypertension, and diabetes
Underweight
Gynoid obesity; estrogen and progesterone encourage body fat storage in the buttocks and thighs
Basal metabolism
Gynoid obesity; estrogen and progesterone encourage body fat storage in the buttocks and thighs
Lean body mass
Gynoid obesity; estrogen and progesterone encourage body fat storage in the buttocks and thighs
Direct calorimetry
Gynoid obesity; estrogen and progesterone encourage body fat storage in the buttocks and thighs
Indirect calorimetry
Gynoid obesity; estrogen and progesterone encourage body fat storage in the buttocks and thighs
Chain-breaking
Gynoid obesity; estrogen and progesterone encourage body fat storage in the buttocks and thighs
Stimulus control
Gynoid obesity; estrogen and progesterone encourage body fat storage in the buttocks and thighs
Self-monitoring
Gynoid obesity; estrogen and progesterone encourage body fat storage in the buttocks and thighs
Cognitive restructuring
Gynoid obesity; estrogen and progesterone encourage body fat storage in the buttocks and thighs
Obesity
Gynoid obesity; estrogen and progesterone encourage body fat storage in the buttocks and thighs
Upper-body obesity
Gynoid obesity; estrogen and progesterone encourage body fat storage in the buttocks and thighs
Lower-body obesity
Gynoid obesity; estrogen and progesterone encourage body fat storage in the buttocks and thighs
Thrifty metabolism
Gynoid obesity; estrogen and progesterone encourage body fat storage in the buttocks and thighs
Very-low-calorie diet
Gynoid obesity; estrogen and progesterone encourage body fat storage in the buttocks and thighs
Underweight
Also known as protein-sparing modified fast; calories generally are consumed in liquid form
Basal metabolism
Also known as protein-sparing modified fast; calories generally are consumed in liquid form
Lean body mass
Also known as protein-sparing modified fast; calories generally are consumed in liquid form
Direct calorimetry
Also known as protein-sparing modified fast; calories generally are consumed in liquid form
Indirect calorimetry
Also known as protein-sparing modified fast; calories generally are consumed in liquid form
Chain-breaking
Also known as protein-sparing modified fast; calories generally are consumed in liquid form
Stimulus control
Also known as protein-sparing modified fast; calories generally are consumed in liquid form
Self-monitoring
Also known as protein-sparing modified fast; calories generally are consumed in liquid form
Cognitive restructuring
Also known as protein-sparing modified fast; calories generally are consumed in liquid form
Obesity
Also known as protein-sparing modified fast; calories generally are consumed in liquid form
Upper-body obesity
Also known as protein-sparing modified fast; calories generally are consumed in liquid form
Lower-body obesity
Also known as protein-sparing modified fast; calories generally are consumed in liquid form
Thrifty metabolism
Also known as protein-sparing modified fast; calories generally are consumed in liquid form
Very-low-calorie diet
Also known as protein-sparing modified fast; calories generally are consumed in liquid form
Underweight
Changing one's frame of mind regarding eating—for example, instead of using a difficult day as an excuse to overeat, substitute other pleasures for rewards, such as a walk with a friend
Basal metabolism
Changing one's frame of mind regarding eating—for example, instead of using a difficult day as an excuse to overeat, substitute other pleasures for rewards, such as a walk with a friend
Lean body mass
Changing one's frame of mind regarding eating—for example, instead of using a difficult day as an excuse to overeat, substitute other pleasures for rewards, such as a walk with a friend
Direct calorimetry
Changing one's frame of mind regarding eating—for example, instead of using a difficult day as an excuse to overeat, substitute other pleasures for rewards, such as a walk with a friend
Indirect calorimetry
Changing one's frame of mind regarding eating—for example, instead of using a difficult day as an excuse to overeat, substitute other pleasures for rewards, such as a walk with a friend
Chain-breaking
Changing one's frame of mind regarding eating—for example, instead of using a difficult day as an excuse to overeat, substitute other pleasures for rewards, such as a walk with a friend
Stimulus control
Changing one's frame of mind regarding eating—for example, instead of using a difficult day as an excuse to overeat, substitute other pleasures for rewards, such as a walk with a friend
Self-monitoring
Changing one's frame of mind regarding eating—for example, instead of using a difficult day as an excuse to overeat, substitute other pleasures for rewards, such as a walk with a friend
Cognitive restructuring
Changing one's frame of mind regarding eating—for example, instead of using a difficult day as an excuse to overeat, substitute other pleasures for rewards, such as a walk with a friend
Obesity
Changing one's frame of mind regarding eating—for example, instead of using a difficult day as an excuse to overeat, substitute other pleasures for rewards, such as a walk with a friend
Upper-body obesity
Changing one's frame of mind regarding eating—for example, instead of using a difficult day as an excuse to overeat, substitute other pleasures for rewards, such as a walk with a friend
Lower-body obesity
Changing one's frame of mind regarding eating—for example, instead of using a difficult day as an excuse to overeat, substitute other pleasures for rewards, such as a walk with a friend
Thrifty metabolism
Changing one's frame of mind regarding eating—for example, instead of using a difficult day as an excuse to overeat, substitute other pleasures for rewards, such as a walk with a friend
Very-low-calorie diet
Changing one's frame of mind regarding eating—for example, instead of using a difficult day as an excuse to overeat, substitute other pleasures for rewards, such as a walk with a friend
Underweight
Minimal energy the body requires to support itself when resting and awake
Basal metabolism
Minimal energy the body requires to support itself when resting and awake
Lean body mass
Minimal energy the body requires to support itself when resting and awake
Direct calorimetry
Minimal energy the body requires to support itself when resting and awake
Indirect calorimetry
Minimal energy the body requires to support itself when resting and awake
Chain-breaking
Minimal energy the body requires to support itself when resting and awake
Stimulus control
Minimal energy the body requires to support itself when resting and awake
Self-monitoring
Minimal energy the body requires to support itself when resting and awake
Cognitive restructuring
Minimal energy the body requires to support itself when resting and awake
Obesity
Minimal energy the body requires to support itself when resting and awake
Upper-body obesity
Minimal energy the body requires to support itself when resting and awake
Lower-body obesity
Minimal energy the body requires to support itself when resting and awake
Thrifty metabolism
Minimal energy the body requires to support itself when resting and awake
Very-low-calorie diet
Minimal energy the body requires to support itself when resting and awake
Underweight
A condition characterized by a body mass index of 30 or more
Basal metabolism
A condition characterized by a body mass index of 30 or more
Lean body mass
A condition characterized by a body mass index of 30 or more
Direct calorimetry
A condition characterized by a body mass index of 30 or more
Indirect calorimetry
A condition characterized by a body mass index of 30 or more
Chain-breaking
A condition characterized by a body mass index of 30 or more
Stimulus control
A condition characterized by a body mass index of 30 or more
Self-monitoring
A condition characterized by a body mass index of 30 or more
Cognitive restructuring
A condition characterized by a body mass index of 30 or more
Obesity
A condition characterized by a body mass index of 30 or more
Upper-body obesity
A condition characterized by a body mass index of 30 or more
Lower-body obesity
A condition characterized by a body mass index of 30 or more
Thrifty metabolism
A condition characterized by a body mass index of 30 or more
Very-low-calorie diet
A condition characterized by a body mass index of 30 or more
Underweight
Breaking the link between two or more behaviors that encourage overeating, such as snacking while watching television
Basal metabolism
Breaking the link between two or more behaviors that encourage overeating, such as snacking while watching television
Lean body mass
Breaking the link between two or more behaviors that encourage overeating, such as snacking while watching television
Direct calorimetry
Breaking the link between two or more behaviors that encourage overeating, such as snacking while watching television
Indirect calorimetry
Breaking the link between two or more behaviors that encourage overeating, such as snacking while watching television
Chain-breaking
Breaking the link between two or more behaviors that encourage overeating, such as snacking while watching television
Stimulus control
Breaking the link between two or more behaviors that encourage overeating, such as snacking while watching television
Self-monitoring
Breaking the link between two or more behaviors that encourage overeating, such as snacking while watching television
Cognitive restructuring
Breaking the link between two or more behaviors that encourage overeating, such as snacking while watching television
Obesity
Breaking the link between two or more behaviors that encourage overeating, such as snacking while watching television
Upper-body obesity
Breaking the link between two or more behaviors that encourage overeating, such as snacking while watching television
Lower-body obesity
Breaking the link between two or more behaviors that encourage overeating, such as snacking while watching television
Thrifty metabolism
Breaking the link between two or more behaviors that encourage overeating, such as snacking while watching television
Very-low-calorie diet
Breaking the link between two or more behaviors that encourage overeating, such as snacking while watching television
Underweight
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Deck 7: Energy Balance and Weight Control
1
A technique f estimating energy expenditure by measuring oxygen used by a person is called _______________.
indirect calorimetry
2
An example of a bariatric surgical procedure used today f treating severely obese individuals is ____________.
adjustable gastric banding OR AGB OR gastroplasty OR gastric bypass OR gastric banding OR LAP-BAND OR vertical-banded gastroplasty OR VBG OR roux-en-Y gastric bypass OR RYGB
3
The energy expended to digest, absb, and further process nutrients in food is called the _______________. This equals approximately 5% to 10% of energy intake.
thermic effect of food OR TEF
4
____________ increases energy expenditure above basal energy needs by about 25% to 40%.
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5
Basal metabolism is the energy expended

A) when sleeping.
B) when doing moderate activity.
C) when resting, but awake, and in a fasting state.
D) to make food available to the body.
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6
John weighs 80 kilograms and is 1.6 meters tall. His body mass index is _______________ kg/m2.
80 kg / (1.6 m x 1.6 m) = 80 kg / 2.56 m = 31.25 kg/m2
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7
Bob is a 34-year-old male who weighs 150 pounds and is a long distance cycler. He is engaged in vigous activity. Based on the MyPlate Calie Guidelines, Bob needs approximately _______________ kcal/day.
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8
Which of the following is true about basal metabolism?

A) It represents about 30 percent of total energy expenditure.
B) It is energy expenditure to maintain heartbeat, respiration, other basic functions, and daily activities.
C) It represents about 60 percent to 70 percent of total calories used by a sedentary person during each day.
D) It includes the energy used to digest food.
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9
The expenditure of energy to produce heat in response to a cold environment and as a result of overfeeding is called _______________.
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10
_______________ obesity is a pattern of body fat distribution that is associated with an increased incidence of cardiovascular disease, diabetes mellitus, and hypertension.
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11
The professional qualified to assist individuals with their weight-loss goals is a _______________.
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12
Underweight is defined as a body mass index below _______________ kg/m2.
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13
A body fat level of _______________% greater f men warrants a diagnosis of obesity.
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14
A group of medications that induce stimulation of the central nervous system are _______________.
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15
A body fat level of ______% greater f women warrants a diagnosis of obesity.
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16
The name f minimum energy expended to keep a resting, awake body alive is _______________. This represents about 60% to 70% of total energy expenditure.
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17
Which of the following is not associated with an increase in basal metabolism?

A) An increase in body temperature
B) A low calorie intake
C) An increase in lean body mass
D) Caffeine use
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18
A technique f estimating energy expenditure by measuring body heat released by a person is called _______________.
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19
Cycles of loss and regain of weight are called _______________. With each cycle, it is easier to gain weight and harder to lose.
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20
Restricting food and beverage intake by ______ kcal per day below calie needs typically leads to weight loss of 1 pound per week.
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21
The method f determining energy expenditure in which the amount of oxygen a person uses is measured is called

A) direct calorimetry.
B) indirect calorimetry.
C) thermocalorimetry.
D) bomb calorimetry.
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22
Men with body fat levels greater than _____ run health risks.

A) 20%
B) 24%
C) 30%
D) 35%
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23
Physical activity

A) contributes about 70 percent of total energy expenditure.
B) is only counted as a significant contributor if it is a formal, regular exercise program.
C) includes daily activities as seemingly insignificant as fidgeting.
D) contributes very little to overall energy expenditure.
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24
When attempting to use body fat content to define obesity, body fat above ____ f women warrants an obesity diagnosis.

A) 25%
B) 20%
C) 35%
D) 30%
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25
The MyPlate calie guideline f a 19- to 30-year-old active woman is

A) 1600.
B) 2000.
C) 2400.
D) 2800.
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26
Xenical is a weight-loss drug that wks in the digestive system

A) to substitute xylose for glucose.
B) to block digestion of about one-third of the fat in the food we eat.
C) to produce a full feeling that decreases hunger.
D) as an artificial fat.
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27
Body weight in kilograms divided by height squared in meters yields

A) the obesity index.
B) the body mass index.
C) relative weight.
D) percent body fat.
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28
F a woman who is 1.63 meters tall and weighs 72 kilograms, the body mass index would be

A) 18.
B) 23.
C) 27.
D) 32.
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29
Carol eats 800 kilocalies a day to lose weight. She is 40 years old. Carol has been walking briskly 60 minutes daily f the past 2 months. In her younger days she lifted weights, but she has lost considerable lean body mass over the years because of inactivity. Recently, Carol was diagnosed with hypothyroidism, which lowers metabolism. Which of the following facts increases Carol's energy output and promotes weight loss?

A) Her 800-kilocalorie diet
B) Her age
C) Her loss of lean body mass
D) Her walking routine
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30
Bill expends 2,500 kilocalies per day. What amount of kilocalies will be from basal metabolism?

A) 250 to 375
B) 500 to 1,050
C) 1,200 to 1,500
D) 1,500 to 1,750
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31
The method f determining energy expenditure that involves the measurement of heat given off by the body during a select period of time in an insulated chamber is

A) direct calorimetry.
B) indirect calorimetry.
C) thermocalorimetry.
D) bomb calorimetry.
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32
All of the following contribute to total energy expenditure except

A) basal metabolic rate.
B) thermic effect of food.
C) energy content of food.
D) adaptive thermogenesis.
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33
How would you interpret the body mass index f a woman who is 1.63 meters tall and weighs 72 kilograms?

A) The value does not exceed the value at which health risks begin.
B) Her health risks due to obesity would be high.
C) This indicates significant android obesity and high health risk.
D) She slightly exceeds the value at which health risks begin.
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34
All of the following are true about contributs to energy expenditure except

A) the thermic effect of food represents about 5 percent to 10 percent of total energy expenditure.
B) physical activity accounts for 25 percent to 40 percent of total energy expenditure.
C) basal metabolism accounts for 60 percent to 70 percent of total energy expenditure.
D) fidgeting accounts for 40 percent of total energy expenditure.
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35
Bill consumes 2,500 kilocalies per day. What would be his energy expenditure, in kilocalies, from the thermic effect of food?

A) 125 to 250
B) 250 to 375
C) 300 to 550
D) 425 to 600
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36
Joe is getting his energy expenditure measured by direct calimetry. The 1 liter of water surrounding the chamber has an initial reading of 15 degrees Celsius. The final reading is 2,015 degrees Celsius. How many kilocalies did he expend?

A) 1,000
B) 1,500
C) 2,000
D) 2,500
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37
The calie cost of the thermic effect of food is ___ of energy consumed.

A) 1% to 2%
B) 5% to 10%
C) 15% to 20%
D) 20% to 25%
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38
Thermogenesis refers to all of the following except

A) the ability to regulate body temperature within narrow limits.
B) shivering when cold and fidgeting are examples of thermogenesis.
C) brown adipose tissue contributes to thermogenesis, especially in hibernating animals.
D) the energy you require during sleep at night.
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39
When attempting to use body fat content to define obesity, body fat above ____ f men warrants an obesity diagnosis.

A) 8%
B) 20%
C) 24%
D) 30%
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40
The thermic effect of food

A) represents the calories needed to digest, absorb, and process ingested food.
B) represents approximately 20 percent of total energy expenditure.
C) is included in the measurement of basal metabolism.
D) refers to energy expended to produce heat in response to a cold environment.
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41
The best way to treat an underweight person is to advise him her to

A) eat high-fat foods such as cream, cheeses, ice cream, and ground beef.
B) stop exercising.
C) eat calorie-dense foods higher in vegetable fat like nuts and seeds.
D) eat high-calorie foods at the beginning of a meal.
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42
Which of the following is an imptant aspect of behavi modification used f weight control?

A) Severely restricting intake after overeating
B) Avoiding planned eating so you can be ready to handle spontaneous changes in the situation
C) Recording eating behavior to identify situations that contribute to overeating
D) Weighing at the same time each day
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43
A daily deficit of 500 kilocalies should result in a weight loss of about how many pounds per week?

A) 2
B) 1
C) 3
D) 4
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44
An example of cognitive restructuring f weight control is

A) planning what to eat for breakfast.
B) decreeing candy bars off limits.
C) replacing eating reactions to stress with helpful relaxing alternatives.
D) keeping a food intake diary to identify triggers for eating.
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45
Currently, the most common and effective surgical procedure f mbid obesity is

A) intestinal bypass.
B) gastric bypass.
C) gastric balloons.
D) gastrectomy.
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46
A weight-loss program should have all of the following characteristics except

A) use MyPlate as a pattern for food choices.
B) the plan should adapt to habits and tastes.
C) the plan should have a weight loss goal of 3 to 5 pounds per week.
D) the plan should be socially acceptable, allowing attendance at parties and restaurants.
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47
All of the following statements about many popular diets are true except

A) they promote quick weight loss that ends up being primarily water and lean muscle mass.
B) they help people make permanent changes in eating habits.
C) they often recommend expensive supplements.
D) they use testimonials from famous people.
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48
Which of the following is not true about android obesity?

A) It is upper body obesity.
B) High testosterone levels encourage it.
C) A low waist-to-hip ratio is indicative of it.
D) It is related to heart disease, hypertension, and diabetes mellitus.
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49
What would be the approximate weight gain, in pounds, of a person who consumes an excess of 500 kilocalies daily f one month?

A) 4
B) 6
C) 3
D) 2
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50
Which of the following is not characteristic of a fad diet?

A) It promotes quick solutions.
B) It uses scientific evidence, presenting pros and cons.
C) It limits food selections.
D) It recommends expensive supplements.
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51
Which of the following is not a way to estimate body fat?

A) Body mass index
B) Bioelectrical impedance
C) Skinfolds
D) Underwater weighing
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52
As one finds his her weight loss slowing during a weight control program, the best practice is to

A) restrict more food choices.
B) reduce food intake to 1,000 kilocalories.
C) go off the weight control program and take a break.
D) increase physical activity.
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53
Mary Sue wishes to lose 5 pounds befe her vacation in approximately 5 weeks. Her average consumption is 2,100 kilocalies. How many kilocalies should she consume daily to lose this weight, assuming her activity pattern remains unchanged?

A) 1,800 to 1,900
B) 1,600 to 1,700
C) 1,400 to 1,500
D) 1,100 to 1,200
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54
The best fmal weight loss program f the average dieter is

A) Weight Watchers.
B) Jenny Craig.
C) Nutri-System.
D) Diet Center.
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55
Which of the following testing methods is considered the most accurate way of measuring percent body fat?

A) Underwater weighing
B) Skinfolds
C) Infrared light
D) Bioelectrical impedance
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56
Margaret's parents are both obese. She has dieted six times, each time losing a considerable amount of weight and subsequently regaining it. Margaret has an aversion to exercise. Which of the following is true about Margaret's situation?

A) Her frequent weight loss attempts have most likely led to greater amounts of lean body mass.
B) Her problem is genetic and there is no reason for her to attempt to lose weight.
C) When she ends the diet she regains additional body fat.
D) Her problem results from poor habits, with studies showing genetics as an insignificant contributor.
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57
Which of the following is not a maj goal f weight control programs?

A) 5-pound weight loss per week
B) Loss of stored fat
C) Sparing lean body mass
D) Reaching a healthy weight
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58
listat (Xenical) is a medication approved by the FDA f weight loss that reduces fat

A) storage by inhibiting lipase activity in fat cells.
B) digestion by inhibiting lipase enzyme action in the small intestine.
C) absorption by decreasing bile secretion.
D) circulation by inhibiting lipoprotein production.
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59
Altering the environment to minimize the stimuli f eating is called

A) chain-breaking.
B) stimulus control.
C) contingency management.
D) cognitive restructuring.
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60
Android obesity is associated with a higher incidence of all the following except

A) heart disease.
B) diabetes mellitus.
C) hypertension.
D) lung cancer.
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61
The body's set point has been suggested to be

A) a weight to which the body closely regulates.
B) one's desirable body weight.
C) one's minimum body weight.
D) the weight that is reached and maintained during mid-life.
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62
When individuals lose weight quickly, most of the weight lost is from

A) fat, water, and glycogen.
B) water, muscle tissue, and bone.
C) water, glycogen, and muscle tissue.
D) fat, water, and muscle tissue.
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63
Martha is maintaining her current weight by eating 2,500 kilocalies per day. To lose 1 pound of fat per week, she would have to decrease her intake to how many kilocalies per day?

A) 2,200 to 2,300
B) 1,900 to 2,000
C) 1,500 to 1,600
D) 1,000 to 1,200
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64
Changing one's frame of mind related to weight control and nutrition is called

A) stimulus control.
B) self-monitoring.
C) chain-breaking.
D) cognitive restructuring.
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65
Which of the following is true about fat?

A) It has a high thermic effect.
B) It is less calorie-dense than carbohydrates or proteins.
C) It is a concentrated source of calories.
D) It is better to eliminate carbohydrates rather than fat when cutting calories.
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66
Which of the following is true about use of diet pills f weight reduction?

A) Diet pills do not lead to long-term changes in weight and tend to have side effects.
B) Amphetamines are not addictive.
C) Oral cholecystokinin is absorbed and suppresses hunger.
D) Diuretics lead to significant fat loss.
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67
Two self-help groups that would be helpful with weight control effts include

A) Jenny Craig and Slim Fast.
B) Nutri-System and Jenny Craig.
C) Weight Watchers and Take Off Pounds Sensibly.
D) Weight Watchers and Nutri-System.
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68
Match between columns
A method of measuring a body's energy use by measuring its oxygen uptake and then using formulas to convert that gas exchange into energy use
Basal metabolism
A method of measuring a body's energy use by measuring its oxygen uptake and then using formulas to convert that gas exchange into energy use
Lean body mass
A method of measuring a body's energy use by measuring its oxygen uptake and then using formulas to convert that gas exchange into energy use
Direct calorimetry
A method of measuring a body's energy use by measuring its oxygen uptake and then using formulas to convert that gas exchange into energy use
Indirect calorimetry
A method of measuring a body's energy use by measuring its oxygen uptake and then using formulas to convert that gas exchange into energy use
Chain-breaking
A method of measuring a body's energy use by measuring its oxygen uptake and then using formulas to convert that gas exchange into energy use
Stimulus control
A method of measuring a body's energy use by measuring its oxygen uptake and then using formulas to convert that gas exchange into energy use
Self-monitoring
A method of measuring a body's energy use by measuring its oxygen uptake and then using formulas to convert that gas exchange into energy use
Cognitive restructuring
A method of measuring a body's energy use by measuring its oxygen uptake and then using formulas to convert that gas exchange into energy use
Obesity
A method of measuring a body's energy use by measuring its oxygen uptake and then using formulas to convert that gas exchange into energy use
Upper-body obesity
A method of measuring a body's energy use by measuring its oxygen uptake and then using formulas to convert that gas exchange into energy use
Lower-body obesity
A method of measuring a body's energy use by measuring its oxygen uptake and then using formulas to convert that gas exchange into energy use
Thrifty metabolism
A method of measuring a body's energy use by measuring its oxygen uptake and then using formulas to convert that gas exchange into energy use
Very-low-calorie diet
A method of measuring a body's energy use by measuring its oxygen uptake and then using formulas to convert that gas exchange into energy use
Underweight
A method of determining a body's energy use by measuring heat that emanates from the body
Basal metabolism
A method of determining a body's energy use by measuring heat that emanates from the body
Lean body mass
A method of determining a body's energy use by measuring heat that emanates from the body
Direct calorimetry
A method of determining a body's energy use by measuring heat that emanates from the body
Indirect calorimetry
A method of determining a body's energy use by measuring heat that emanates from the body
Chain-breaking
A method of determining a body's energy use by measuring heat that emanates from the body
Stimulus control
A method of determining a body's energy use by measuring heat that emanates from the body
Self-monitoring
A method of determining a body's energy use by measuring heat that emanates from the body
Cognitive restructuring
A method of determining a body's energy use by measuring heat that emanates from the body
Obesity
A method of determining a body's energy use by measuring heat that emanates from the body
Upper-body obesity
A method of determining a body's energy use by measuring heat that emanates from the body
Lower-body obesity
A method of determining a body's energy use by measuring heat that emanates from the body
Thrifty metabolism
A method of determining a body's energy use by measuring heat that emanates from the body
Very-low-calorie diet
A method of determining a body's energy use by measuring heat that emanates from the body
Underweight
Body weight minus fat storage weight
Basal metabolism
Body weight minus fat storage weight
Lean body mass
Body weight minus fat storage weight
Direct calorimetry
Body weight minus fat storage weight
Indirect calorimetry
Body weight minus fat storage weight
Chain-breaking
Body weight minus fat storage weight
Stimulus control
Body weight minus fat storage weight
Self-monitoring
Body weight minus fat storage weight
Cognitive restructuring
Body weight minus fat storage weight
Obesity
Body weight minus fat storage weight
Upper-body obesity
Body weight minus fat storage weight
Lower-body obesity
Body weight minus fat storage weight
Thrifty metabolism
Body weight minus fat storage weight
Very-low-calorie diet
Body weight minus fat storage weight
Underweight
Tracking foods eaten and conditions affecting eating
Basal metabolism
Tracking foods eaten and conditions affecting eating
Lean body mass
Tracking foods eaten and conditions affecting eating
Direct calorimetry
Tracking foods eaten and conditions affecting eating
Indirect calorimetry
Tracking foods eaten and conditions affecting eating
Chain-breaking
Tracking foods eaten and conditions affecting eating
Stimulus control
Tracking foods eaten and conditions affecting eating
Self-monitoring
Tracking foods eaten and conditions affecting eating
Cognitive restructuring
Tracking foods eaten and conditions affecting eating
Obesity
Tracking foods eaten and conditions affecting eating
Upper-body obesity
Tracking foods eaten and conditions affecting eating
Lower-body obesity
Tracking foods eaten and conditions affecting eating
Thrifty metabolism
Tracking foods eaten and conditions affecting eating
Very-low-calorie diet
Tracking foods eaten and conditions affecting eating
Underweight
Metabolism that characteristically conserves more energy than normal so that it increases the risk of weight gain and obesity
Basal metabolism
Metabolism that characteristically conserves more energy than normal so that it increases the risk of weight gain and obesity
Lean body mass
Metabolism that characteristically conserves more energy than normal so that it increases the risk of weight gain and obesity
Direct calorimetry
Metabolism that characteristically conserves more energy than normal so that it increases the risk of weight gain and obesity
Indirect calorimetry
Metabolism that characteristically conserves more energy than normal so that it increases the risk of weight gain and obesity
Chain-breaking
Metabolism that characteristically conserves more energy than normal so that it increases the risk of weight gain and obesity
Stimulus control
Metabolism that characteristically conserves more energy than normal so that it increases the risk of weight gain and obesity
Self-monitoring
Metabolism that characteristically conserves more energy than normal so that it increases the risk of weight gain and obesity
Cognitive restructuring
Metabolism that characteristically conserves more energy than normal so that it increases the risk of weight gain and obesity
Obesity
Metabolism that characteristically conserves more energy than normal so that it increases the risk of weight gain and obesity
Upper-body obesity
Metabolism that characteristically conserves more energy than normal so that it increases the risk of weight gain and obesity
Lower-body obesity
Metabolism that characteristically conserves more energy than normal so that it increases the risk of weight gain and obesity
Thrifty metabolism
Metabolism that characteristically conserves more energy than normal so that it increases the risk of weight gain and obesity
Very-low-calorie diet
Metabolism that characteristically conserves more energy than normal so that it increases the risk of weight gain and obesity
Underweight
Altering the environment to minimize the stimuli for eating—for example, removing foods from sight
Basal metabolism
Altering the environment to minimize the stimuli for eating—for example, removing foods from sight
Lean body mass
Altering the environment to minimize the stimuli for eating—for example, removing foods from sight
Direct calorimetry
Altering the environment to minimize the stimuli for eating—for example, removing foods from sight
Indirect calorimetry
Altering the environment to minimize the stimuli for eating—for example, removing foods from sight
Chain-breaking
Altering the environment to minimize the stimuli for eating—for example, removing foods from sight
Stimulus control
Altering the environment to minimize the stimuli for eating—for example, removing foods from sight
Self-monitoring
Altering the environment to minimize the stimuli for eating—for example, removing foods from sight
Cognitive restructuring
Altering the environment to minimize the stimuli for eating—for example, removing foods from sight
Obesity
Altering the environment to minimize the stimuli for eating—for example, removing foods from sight
Upper-body obesity
Altering the environment to minimize the stimuli for eating—for example, removing foods from sight
Lower-body obesity
Altering the environment to minimize the stimuli for eating—for example, removing foods from sight
Thrifty metabolism
Altering the environment to minimize the stimuli for eating—for example, removing foods from sight
Very-low-calorie diet
Altering the environment to minimize the stimuli for eating—for example, removing foods from sight
Underweight
A condition characterized by a body mass index below 18.5
Basal metabolism
A condition characterized by a body mass index below 18.5
Lean body mass
A condition characterized by a body mass index below 18.5
Direct calorimetry
A condition characterized by a body mass index below 18.5
Indirect calorimetry
A condition characterized by a body mass index below 18.5
Chain-breaking
A condition characterized by a body mass index below 18.5
Stimulus control
A condition characterized by a body mass index below 18.5
Self-monitoring
A condition characterized by a body mass index below 18.5
Cognitive restructuring
A condition characterized by a body mass index below 18.5
Obesity
A condition characterized by a body mass index below 18.5
Upper-body obesity
A condition characterized by a body mass index below 18.5
Lower-body obesity
A condition characterized by a body mass index below 18.5
Thrifty metabolism
A condition characterized by a body mass index below 18.5
Very-low-calorie diet
A condition characterized by a body mass index below 18.5
Underweight
Also called android obesity; associated with a high risk of heart disease, hypertension, and diabetes
Basal metabolism
Also called android obesity; associated with a high risk of heart disease, hypertension, and diabetes
Lean body mass
Also called android obesity; associated with a high risk of heart disease, hypertension, and diabetes
Direct calorimetry
Also called android obesity; associated with a high risk of heart disease, hypertension, and diabetes
Indirect calorimetry
Also called android obesity; associated with a high risk of heart disease, hypertension, and diabetes
Chain-breaking
Also called android obesity; associated with a high risk of heart disease, hypertension, and diabetes
Stimulus control
Also called android obesity; associated with a high risk of heart disease, hypertension, and diabetes
Self-monitoring
Also called android obesity; associated with a high risk of heart disease, hypertension, and diabetes
Cognitive restructuring
Also called android obesity; associated with a high risk of heart disease, hypertension, and diabetes
Obesity
Also called android obesity; associated with a high risk of heart disease, hypertension, and diabetes
Upper-body obesity
Also called android obesity; associated with a high risk of heart disease, hypertension, and diabetes
Lower-body obesity
Also called android obesity; associated with a high risk of heart disease, hypertension, and diabetes
Thrifty metabolism
Also called android obesity; associated with a high risk of heart disease, hypertension, and diabetes
Very-low-calorie diet
Also called android obesity; associated with a high risk of heart disease, hypertension, and diabetes
Underweight
Gynoid obesity; estrogen and progesterone encourage body fat storage in the buttocks and thighs
Basal metabolism
Gynoid obesity; estrogen and progesterone encourage body fat storage in the buttocks and thighs
Lean body mass
Gynoid obesity; estrogen and progesterone encourage body fat storage in the buttocks and thighs
Direct calorimetry
Gynoid obesity; estrogen and progesterone encourage body fat storage in the buttocks and thighs
Indirect calorimetry
Gynoid obesity; estrogen and progesterone encourage body fat storage in the buttocks and thighs
Chain-breaking
Gynoid obesity; estrogen and progesterone encourage body fat storage in the buttocks and thighs
Stimulus control
Gynoid obesity; estrogen and progesterone encourage body fat storage in the buttocks and thighs
Self-monitoring
Gynoid obesity; estrogen and progesterone encourage body fat storage in the buttocks and thighs
Cognitive restructuring
Gynoid obesity; estrogen and progesterone encourage body fat storage in the buttocks and thighs
Obesity
Gynoid obesity; estrogen and progesterone encourage body fat storage in the buttocks and thighs
Upper-body obesity
Gynoid obesity; estrogen and progesterone encourage body fat storage in the buttocks and thighs
Lower-body obesity
Gynoid obesity; estrogen and progesterone encourage body fat storage in the buttocks and thighs
Thrifty metabolism
Gynoid obesity; estrogen and progesterone encourage body fat storage in the buttocks and thighs
Very-low-calorie diet
Gynoid obesity; estrogen and progesterone encourage body fat storage in the buttocks and thighs
Underweight
Also known as protein-sparing modified fast; calories generally are consumed in liquid form
Basal metabolism
Also known as protein-sparing modified fast; calories generally are consumed in liquid form
Lean body mass
Also known as protein-sparing modified fast; calories generally are consumed in liquid form
Direct calorimetry
Also known as protein-sparing modified fast; calories generally are consumed in liquid form
Indirect calorimetry
Also known as protein-sparing modified fast; calories generally are consumed in liquid form
Chain-breaking
Also known as protein-sparing modified fast; calories generally are consumed in liquid form
Stimulus control
Also known as protein-sparing modified fast; calories generally are consumed in liquid form
Self-monitoring
Also known as protein-sparing modified fast; calories generally are consumed in liquid form
Cognitive restructuring
Also known as protein-sparing modified fast; calories generally are consumed in liquid form
Obesity
Also known as protein-sparing modified fast; calories generally are consumed in liquid form
Upper-body obesity
Also known as protein-sparing modified fast; calories generally are consumed in liquid form
Lower-body obesity
Also known as protein-sparing modified fast; calories generally are consumed in liquid form
Thrifty metabolism
Also known as protein-sparing modified fast; calories generally are consumed in liquid form
Very-low-calorie diet
Also known as protein-sparing modified fast; calories generally are consumed in liquid form
Underweight
Changing one's frame of mind regarding eating—for example, instead of using a difficult day as an excuse to overeat, substitute other pleasures for rewards, such as a walk with a friend
Basal metabolism
Changing one's frame of mind regarding eating—for example, instead of using a difficult day as an excuse to overeat, substitute other pleasures for rewards, such as a walk with a friend
Lean body mass
Changing one's frame of mind regarding eating—for example, instead of using a difficult day as an excuse to overeat, substitute other pleasures for rewards, such as a walk with a friend
Direct calorimetry
Changing one's frame of mind regarding eating—for example, instead of using a difficult day as an excuse to overeat, substitute other pleasures for rewards, such as a walk with a friend
Indirect calorimetry
Changing one's frame of mind regarding eating—for example, instead of using a difficult day as an excuse to overeat, substitute other pleasures for rewards, such as a walk with a friend
Chain-breaking
Changing one's frame of mind regarding eating—for example, instead of using a difficult day as an excuse to overeat, substitute other pleasures for rewards, such as a walk with a friend
Stimulus control
Changing one's frame of mind regarding eating—for example, instead of using a difficult day as an excuse to overeat, substitute other pleasures for rewards, such as a walk with a friend
Self-monitoring
Changing one's frame of mind regarding eating—for example, instead of using a difficult day as an excuse to overeat, substitute other pleasures for rewards, such as a walk with a friend
Cognitive restructuring
Changing one's frame of mind regarding eating—for example, instead of using a difficult day as an excuse to overeat, substitute other pleasures for rewards, such as a walk with a friend
Obesity
Changing one's frame of mind regarding eating—for example, instead of using a difficult day as an excuse to overeat, substitute other pleasures for rewards, such as a walk with a friend
Upper-body obesity
Changing one's frame of mind regarding eating—for example, instead of using a difficult day as an excuse to overeat, substitute other pleasures for rewards, such as a walk with a friend
Lower-body obesity
Changing one's frame of mind regarding eating—for example, instead of using a difficult day as an excuse to overeat, substitute other pleasures for rewards, such as a walk with a friend
Thrifty metabolism
Changing one's frame of mind regarding eating—for example, instead of using a difficult day as an excuse to overeat, substitute other pleasures for rewards, such as a walk with a friend
Very-low-calorie diet
Changing one's frame of mind regarding eating—for example, instead of using a difficult day as an excuse to overeat, substitute other pleasures for rewards, such as a walk with a friend
Underweight
Minimal energy the body requires to support itself when resting and awake
Basal metabolism
Minimal energy the body requires to support itself when resting and awake
Lean body mass
Minimal energy the body requires to support itself when resting and awake
Direct calorimetry
Minimal energy the body requires to support itself when resting and awake
Indirect calorimetry
Minimal energy the body requires to support itself when resting and awake
Chain-breaking
Minimal energy the body requires to support itself when resting and awake
Stimulus control
Minimal energy the body requires to support itself when resting and awake
Self-monitoring
Minimal energy the body requires to support itself when resting and awake
Cognitive restructuring
Minimal energy the body requires to support itself when resting and awake
Obesity
Minimal energy the body requires to support itself when resting and awake
Upper-body obesity
Minimal energy the body requires to support itself when resting and awake
Lower-body obesity
Minimal energy the body requires to support itself when resting and awake
Thrifty metabolism
Minimal energy the body requires to support itself when resting and awake
Very-low-calorie diet
Minimal energy the body requires to support itself when resting and awake
Underweight
A condition characterized by a body mass index of 30 or more
Basal metabolism
A condition characterized by a body mass index of 30 or more
Lean body mass
A condition characterized by a body mass index of 30 or more
Direct calorimetry
A condition characterized by a body mass index of 30 or more
Indirect calorimetry
A condition characterized by a body mass index of 30 or more
Chain-breaking
A condition characterized by a body mass index of 30 or more
Stimulus control
A condition characterized by a body mass index of 30 or more
Self-monitoring
A condition characterized by a body mass index of 30 or more
Cognitive restructuring
A condition characterized by a body mass index of 30 or more
Obesity
A condition characterized by a body mass index of 30 or more
Upper-body obesity
A condition characterized by a body mass index of 30 or more
Lower-body obesity
A condition characterized by a body mass index of 30 or more
Thrifty metabolism
A condition characterized by a body mass index of 30 or more
Very-low-calorie diet
A condition characterized by a body mass index of 30 or more
Underweight
Breaking the link between two or more behaviors that encourage overeating, such as snacking while watching television
Basal metabolism
Breaking the link between two or more behaviors that encourage overeating, such as snacking while watching television
Lean body mass
Breaking the link between two or more behaviors that encourage overeating, such as snacking while watching television
Direct calorimetry
Breaking the link between two or more behaviors that encourage overeating, such as snacking while watching television
Indirect calorimetry
Breaking the link between two or more behaviors that encourage overeating, such as snacking while watching television
Chain-breaking
Breaking the link between two or more behaviors that encourage overeating, such as snacking while watching television
Stimulus control
Breaking the link between two or more behaviors that encourage overeating, such as snacking while watching television
Self-monitoring
Breaking the link between two or more behaviors that encourage overeating, such as snacking while watching television
Cognitive restructuring
Breaking the link between two or more behaviors that encourage overeating, such as snacking while watching television
Obesity
Breaking the link between two or more behaviors that encourage overeating, such as snacking while watching television
Upper-body obesity
Breaking the link between two or more behaviors that encourage overeating, such as snacking while watching television
Lower-body obesity
Breaking the link between two or more behaviors that encourage overeating, such as snacking while watching television
Thrifty metabolism
Breaking the link between two or more behaviors that encourage overeating, such as snacking while watching television
Very-low-calorie diet
Breaking the link between two or more behaviors that encourage overeating, such as snacking while watching television
Underweight
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