Deck 9: Obesity to Underweight the Highs and Lows of Weight Status

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Question
In 2016, rates of obesity were highest in _____.

A) Alaska
B) Colorado
C) Hawaii
D) Utah
E) West Virginia
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Question
The Health at Every Size program _____.

A) is associated with significant weight loss
B) stresses calorie restriction
C) emphasizes engaging in high-intensity physical activity
D) is associated with reduction in a number of health problems related to obesity
E) is only available in the United States
Question
According to data from a national nutrition and health survey, major gains in weight are most likely to occur in adults between the ages of 25 and 34.
Question
The size of visceral fat deposits can be closely estimated by measuring _____.

A) blood pressure
B) blood glucose levels
C) waist circumference
D) skinfold thickness
E) triglyceride levels
Question
Death rates are highest among adults who are underweight.
Question
A health problem associated with obesity is _____.

A) hypotension
B) lack of self-control
C) high HDL-cholesterol
D) low LDL-cholesterol
E) sleep disorders
Question
Elevated concentrations of CRP are associated with heart disease, obesity, infection, smoking, and inadequate antioxidant intake.
Question
Body weight preferences that are culturally defined change with time.
Question
Studies have shown that longevity can be extended in human adults by following a nutritious, calorie-restricted diet.
Question
Japan has instituted a policy that requires all citizens aged 50-74 years to have their waist circumference measured yearly.
Question
Death rates are highest among adults who are _____.

A) very obese
B) obese
C) overweight
D) normal weight
E) underweight
Question
Parents who overreact to a child's weight by focusing on it, restricting food access, and making negative comments to the child decrease the likelihood that eating and weight problems will develop or endure.
Question
The variables needed to determine the body mass index include height, weight, age, and gender.
Question
Individuals can achieve any body weight or shape they desire if they just diet and exercise enough.
Question
Research has found that obesity is associated with a lack of willpower.
Question
Being "pear-shaped" is riskier than being "apple-shaped" because of the presence of visceral fat.
Question
BMI percentile ranges for children and adolescents also provide information on growth progress in terms of weight or height for age.
Question
Magnetic resonance imaging is a highly accurate but expensive method for assessing fat mass.
Question
The link between weight status very early in life and adult obesity appears to be weak or nonexistent.
Question
Fat stored in the abdomen under the skin and a layer of muscle is called subcutaneous fat.
Question
The incidence of overweight and obesity is _____.

A) higher among females than males
B) higher among males than females
C) similar among females and males
D) similar among children, adolescents, and adults
E) higher among children than adults
Question
Men need at least _____ of body fat for survival.

A) 3 to 5%
B) 5 to 7%
C) 8 to 10%
D) 10 to 12%
E) 12 to 15%
Question
Chronic inflammation is a metabolic condition that _____.

A) is caused by genetic traits
B) is initiated by subcutaneous fat
C) promotes the hardening of arteries
D) promotes the development of low blood pressure
E) reduces liver fat content
Question
Apple-shaped people store fat primarily in their _____.

A) abdomen
B) thighs
C) upper arms
D) hips
E) lower leg
Question
Women need at least _____ of body fat for survival.

A) 3 to 5%
B) 5 to 7%
C) 8 to 10%
D) 10 to 12%
E) 12 to 15%
Question
Standards used to assess weight status in children and adolescents employ _____.

A) BMI percentile ranges
B) height percentile ranges
C) waist circumference measurements
D) skinfold thickness measurements
E) the Hamwi method
Question
People who are thin and unhealthy _____.

A) tend to have reduced bone mineral density
B) tend to frequently participate in high-intensity physical activity
C) tend to have enhanced concentration
D) often live longer
E) often restrict calories
Question
Low body fat levels are associated with _____.

A) chronic inflammation
B) insulin resistance
C) elevated triglyceride levels
D) fatty liver disease
E) infertility
Question
Rates of overweight and obesity in the United States _____.

A) have increased a bit for children aged 2 to 5 years
B) have decreased substantially since 1990
C) have increased substantially recently
D) have stabilized recently
E) do not vary by state
Question
Estimate a healthy weight for a 6-feet-tall man using the Hamwi method.

A) 164 pounds
B) 178 pounds
C) 185 pounds
D) 192 pounds
E) 200 pounds
Question
Which of the following factors promotes the development of obesity in genetically susceptible people?

A) exposure to PCBs
B) high added sugar intake
C) lack of sleep
D) medications
E) physical inactivity
Question
An important cause of underweight in some poor nations is _____.

A) an eating disorder
B) cancer
C) poverty
D) pneumonia
E) HIV/AIDS
Question
Which commonly used method for assessing body fat content uses calipers to measure the thickness of fat folds that lie underneath the skin?

A) skinfold measurement
B) bioelectrical impedance analysis
C) magnetic resonance imaging
D) dual-energy X-ray absorptiometry
E) whole-body air displacement
Question
In men, waist circumferences over _____ inches and in women, over _____ inches are related to excess visceral fat.

A) 35; 30
B) 40; 35
C) 45; 40
D) 40; 45
E) 35; 40
Question
Fatty liver disease is associated primarily with _____.

A) high triglyceride levels
B) hypertension
C) low levels of HDL cholesterol
D) underweight
E) excess alcohol consumption
Question
Adults following calorie-restricted diets _____.

A) are at increased risk of stroke
B) are at risk of iron deficiency
C) tend to have high triglyceride levels
D) tend to have heart disease
E) tend to have chronic inflammation
Question
Nearly 80% of children who are obese between the ages of _____ and have at least one obese parent have been found to be obese as adults.

A) 2 and 3
B) 3 and 5
C) 5 and 8
D) 8 and 10
E) 10 and 14
Question
Which method of assessing body fat content can also be used to assess bone mineral content and lean tissue mass?

A) skinfold measurement
B) bioelectrical impedance analysis
C) underwater weighing
D) magnetic resonance imaging
E) dual-energy X-ray absorptiometry
Question
The conversion of glucose to body fat _____.

A) triggers the release of triglycerides
B) triggers the release of CRP
C) is an example of a metabolic process
D) is the first response of the body's immune system to infection
E) can produce liver damage if not corrected
Question
Visceral fat is _____.

A) found primarily in the hips, thighs, and buttocks
B) metabolically less active than subcutaneous fat
C) present in abundance in people with a pear-shaped body
D) increased by certain medications
E) more strongly related to disease risk than subcutaneous fat
Question
Match between columns
skinfold measurement
an indicator of the status of a person's weight for his or her height
skinfold measurement
body fat content can be estimated by determining how quickly electrical current passes from the ankle to wrist
skinfold measurement
body fat content can be estimated by measuring the thickness of fat folds that lie underneath the skin
skinfold measurement
BMI 18.5-24.9 kg/m 2
skinfold measurement
BMI 30 kg/m 2 or higher
skinfold measurement
BMI 25-29.9 kg/m 2
skinfold measurement
BMI 2
skinfold measurement
indicator of the status of a person's weight for his or her height
skinfold measurement
triggers the release of biologically active substances that promote oxidation and other potentially harmful reactions in the body
skinfold measurement
a key inflammatory factor produced in the liver in response to infection or inflammation
skinfold measurement
a reversible condition characterized by fat infiltration of the liver
skinfold measurement
a condition in which cells "resist" the action of insulin in facilitating the passage of glucose into cells
skinfold measurement
estimation of body fat content by measuring the thickness of fat folds that lie underneath the skin
skinfold measurement
chemical changes that take place in the body
skinfold measurement
fat located under the skin
skinfold measurement
a disease characterized by high blood glucose levels due to the body's inability to utilize insulin normally or to produce enough insulin
skinfold measurement
fat located under the skin and muscle of the abdomen
skinfold measurement
estimation of body fat content by determining how quickly electrical current passes from the ankle to the wrist
underweight
an indicator of the status of a person's weight for his or her height
underweight
body fat content can be estimated by determining how quickly electrical current passes from the ankle to wrist
underweight
body fat content can be estimated by measuring the thickness of fat folds that lie underneath the skin
underweight
BMI 18.5-24.9 kg/m 2
underweight
BMI 30 kg/m 2 or higher
underweight
BMI 25-29.9 kg/m 2
underweight
BMI 2
underweight
indicator of the status of a person's weight for his or her height
underweight
triggers the release of biologically active substances that promote oxidation and other potentially harmful reactions in the body
underweight
a key inflammatory factor produced in the liver in response to infection or inflammation
underweight
a reversible condition characterized by fat infiltration of the liver
underweight
a condition in which cells "resist" the action of insulin in facilitating the passage of glucose into cells
underweight
estimation of body fat content by measuring the thickness of fat folds that lie underneath the skin
underweight
chemical changes that take place in the body
underweight
fat located under the skin
underweight
a disease characterized by high blood glucose levels due to the body's inability to utilize insulin normally or to produce enough insulin
underweight
fat located under the skin and muscle of the abdomen
underweight
estimation of body fat content by determining how quickly electrical current passes from the ankle to the wrist
obese
an indicator of the status of a person's weight for his or her height
obese
body fat content can be estimated by determining how quickly electrical current passes from the ankle to wrist
obese
body fat content can be estimated by measuring the thickness of fat folds that lie underneath the skin
obese
BMI 18.5-24.9 kg/m 2
obese
BMI 30 kg/m 2 or higher
obese
BMI 25-29.9 kg/m 2
obese
BMI 2
obese
indicator of the status of a person's weight for his or her height
obese
triggers the release of biologically active substances that promote oxidation and other potentially harmful reactions in the body
obese
a key inflammatory factor produced in the liver in response to infection or inflammation
obese
a reversible condition characterized by fat infiltration of the liver
obese
a condition in which cells "resist" the action of insulin in facilitating the passage of glucose into cells
obese
estimation of body fat content by measuring the thickness of fat folds that lie underneath the skin
obese
chemical changes that take place in the body
obese
fat located under the skin
obese
a disease characterized by high blood glucose levels due to the body's inability to utilize insulin normally or to produce enough insulin
obese
fat located under the skin and muscle of the abdomen
obese
estimation of body fat content by determining how quickly electrical current passes from the ankle to the wrist
normal weight
an indicator of the status of a person's weight for his or her height
normal weight
body fat content can be estimated by determining how quickly electrical current passes from the ankle to wrist
normal weight
body fat content can be estimated by measuring the thickness of fat folds that lie underneath the skin
normal weight
BMI 18.5-24.9 kg/m 2
normal weight
BMI 30 kg/m 2 or higher
normal weight
BMI 25-29.9 kg/m 2
normal weight
BMI 2
normal weight
indicator of the status of a person's weight for his or her height
normal weight
triggers the release of biologically active substances that promote oxidation and other potentially harmful reactions in the body
normal weight
a key inflammatory factor produced in the liver in response to infection or inflammation
normal weight
a reversible condition characterized by fat infiltration of the liver
normal weight
a condition in which cells "resist" the action of insulin in facilitating the passage of glucose into cells
normal weight
estimation of body fat content by measuring the thickness of fat folds that lie underneath the skin
normal weight
chemical changes that take place in the body
normal weight
fat located under the skin
normal weight
a disease characterized by high blood glucose levels due to the body's inability to utilize insulin normally or to produce enough insulin
normal weight
fat located under the skin and muscle of the abdomen
normal weight
estimation of body fat content by determining how quickly electrical current passes from the ankle to the wrist
body mass index
an indicator of the status of a person's weight for his or her height
body mass index
body fat content can be estimated by determining how quickly electrical current passes from the ankle to wrist
body mass index
body fat content can be estimated by measuring the thickness of fat folds that lie underneath the skin
body mass index
BMI 18.5-24.9 kg/m 2
body mass index
BMI 30 kg/m 2 or higher
body mass index
BMI 25-29.9 kg/m 2
body mass index
BMI 2
body mass index
indicator of the status of a person's weight for his or her height
body mass index
triggers the release of biologically active substances that promote oxidation and other potentially harmful reactions in the body
body mass index
a key inflammatory factor produced in the liver in response to infection or inflammation
body mass index
a reversible condition characterized by fat infiltration of the liver
body mass index
a condition in which cells "resist" the action of insulin in facilitating the passage of glucose into cells
body mass index
estimation of body fat content by measuring the thickness of fat folds that lie underneath the skin
body mass index
chemical changes that take place in the body
body mass index
fat located under the skin
body mass index
a disease characterized by high blood glucose levels due to the body's inability to utilize insulin normally or to produce enough insulin
body mass index
fat located under the skin and muscle of the abdomen
body mass index
estimation of body fat content by determining how quickly electrical current passes from the ankle to the wrist
metabolism
an indicator of the status of a person's weight for his or her height
metabolism
body fat content can be estimated by determining how quickly electrical current passes from the ankle to wrist
metabolism
body fat content can be estimated by measuring the thickness of fat folds that lie underneath the skin
metabolism
BMI 18.5-24.9 kg/m 2
metabolism
BMI 30 kg/m 2 or higher
metabolism
BMI 25-29.9 kg/m 2
metabolism
BMI 2
metabolism
indicator of the status of a person's weight for his or her height
metabolism
triggers the release of biologically active substances that promote oxidation and other potentially harmful reactions in the body
metabolism
a key inflammatory factor produced in the liver in response to infection or inflammation
metabolism
a reversible condition characterized by fat infiltration of the liver
metabolism
a condition in which cells "resist" the action of insulin in facilitating the passage of glucose into cells
metabolism
estimation of body fat content by measuring the thickness of fat folds that lie underneath the skin
metabolism
chemical changes that take place in the body
metabolism
fat located under the skin
metabolism
a disease characterized by high blood glucose levels due to the body's inability to utilize insulin normally or to produce enough insulin
metabolism
fat located under the skin and muscle of the abdomen
metabolism
estimation of body fat content by determining how quickly electrical current passes from the ankle to the wrist
type 2 diabetes
an indicator of the status of a person's weight for his or her height
type 2 diabetes
body fat content can be estimated by determining how quickly electrical current passes from the ankle to wrist
type 2 diabetes
body fat content can be estimated by measuring the thickness of fat folds that lie underneath the skin
type 2 diabetes
BMI 18.5-24.9 kg/m 2
type 2 diabetes
BMI 30 kg/m 2 or higher
type 2 diabetes
BMI 25-29.9 kg/m 2
type 2 diabetes
BMI 2
type 2 diabetes
indicator of the status of a person's weight for his or her height
type 2 diabetes
triggers the release of biologically active substances that promote oxidation and other potentially harmful reactions in the body
type 2 diabetes
a key inflammatory factor produced in the liver in response to infection or inflammation
type 2 diabetes
a reversible condition characterized by fat infiltration of the liver
type 2 diabetes
a condition in which cells "resist" the action of insulin in facilitating the passage of glucose into cells
type 2 diabetes
estimation of body fat content by measuring the thickness of fat folds that lie underneath the skin
type 2 diabetes
chemical changes that take place in the body
type 2 diabetes
fat located under the skin
type 2 diabetes
a disease characterized by high blood glucose levels due to the body's inability to utilize insulin normally or to produce enough insulin
type 2 diabetes
fat located under the skin and muscle of the abdomen
type 2 diabetes
estimation of body fat content by determining how quickly electrical current passes from the ankle to the wrist
bioelectrical impedance analysis (BIA)
an indicator of the status of a person's weight for his or her height
bioelectrical impedance analysis (BIA)
body fat content can be estimated by determining how quickly electrical current passes from the ankle to wrist
bioelectrical impedance analysis (BIA)
body fat content can be estimated by measuring the thickness of fat folds that lie underneath the skin
bioelectrical impedance analysis (BIA)
BMI 18.5-24.9 kg/m 2
bioelectrical impedance analysis (BIA)
BMI 30 kg/m 2 or higher
bioelectrical impedance analysis (BIA)
BMI 25-29.9 kg/m 2
bioelectrical impedance analysis (BIA)
BMI 2
bioelectrical impedance analysis (BIA)
indicator of the status of a person's weight for his or her height
bioelectrical impedance analysis (BIA)
triggers the release of biologically active substances that promote oxidation and other potentially harmful reactions in the body
bioelectrical impedance analysis (BIA)
a key inflammatory factor produced in the liver in response to infection or inflammation
bioelectrical impedance analysis (BIA)
a reversible condition characterized by fat infiltration of the liver
bioelectrical impedance analysis (BIA)
a condition in which cells "resist" the action of insulin in facilitating the passage of glucose into cells
bioelectrical impedance analysis (BIA)
estimation of body fat content by measuring the thickness of fat folds that lie underneath the skin
bioelectrical impedance analysis (BIA)
chemical changes that take place in the body
bioelectrical impedance analysis (BIA)
fat located under the skin
bioelectrical impedance analysis (BIA)
a disease characterized by high blood glucose levels due to the body's inability to utilize insulin normally or to produce enough insulin
bioelectrical impedance analysis (BIA)
fat located under the skin and muscle of the abdomen
bioelectrical impedance analysis (BIA)
estimation of body fat content by determining how quickly electrical current passes from the ankle to the wrist
fatty liver disease
an indicator of the status of a person's weight for his or her height
fatty liver disease
body fat content can be estimated by determining how quickly electrical current passes from the ankle to wrist
fatty liver disease
body fat content can be estimated by measuring the thickness of fat folds that lie underneath the skin
fatty liver disease
BMI 18.5-24.9 kg/m 2
fatty liver disease
BMI 30 kg/m 2 or higher
fatty liver disease
BMI 25-29.9 kg/m 2
fatty liver disease
BMI 2
fatty liver disease
indicator of the status of a person's weight for his or her height
fatty liver disease
triggers the release of biologically active substances that promote oxidation and other potentially harmful reactions in the body
fatty liver disease
a key inflammatory factor produced in the liver in response to infection or inflammation
fatty liver disease
a reversible condition characterized by fat infiltration of the liver
fatty liver disease
a condition in which cells "resist" the action of insulin in facilitating the passage of glucose into cells
fatty liver disease
estimation of body fat content by measuring the thickness of fat folds that lie underneath the skin
fatty liver disease
chemical changes that take place in the body
fatty liver disease
fat located under the skin
fatty liver disease
a disease characterized by high blood glucose levels due to the body's inability to utilize insulin normally or to produce enough insulin
fatty liver disease
fat located under the skin and muscle of the abdomen
fatty liver disease
estimation of body fat content by determining how quickly electrical current passes from the ankle to the wrist
visceral fat
an indicator of the status of a person's weight for his or her height
visceral fat
body fat content can be estimated by determining how quickly electrical current passes from the ankle to wrist
visceral fat
body fat content can be estimated by measuring the thickness of fat folds that lie underneath the skin
visceral fat
BMI 18.5-24.9 kg/m 2
visceral fat
BMI 30 kg/m 2 or higher
visceral fat
BMI 25-29.9 kg/m 2
visceral fat
BMI 2
visceral fat
indicator of the status of a person's weight for his or her height
visceral fat
triggers the release of biologically active substances that promote oxidation and other potentially harmful reactions in the body
visceral fat
a key inflammatory factor produced in the liver in response to infection or inflammation
visceral fat
a reversible condition characterized by fat infiltration of the liver
visceral fat
a condition in which cells "resist" the action of insulin in facilitating the passage of glucose into cells
visceral fat
estimation of body fat content by measuring the thickness of fat folds that lie underneath the skin
visceral fat
chemical changes that take place in the body
visceral fat
fat located under the skin
visceral fat
a disease characterized by high blood glucose levels due to the body's inability to utilize insulin normally or to produce enough insulin
visceral fat
fat located under the skin and muscle of the abdomen
visceral fat
estimation of body fat content by determining how quickly electrical current passes from the ankle to the wrist
C-reactive protein
an indicator of the status of a person's weight for his or her height
C-reactive protein
body fat content can be estimated by determining how quickly electrical current passes from the ankle to wrist
C-reactive protein
body fat content can be estimated by measuring the thickness of fat folds that lie underneath the skin
C-reactive protein
BMI 18.5-24.9 kg/m 2
C-reactive protein
BMI 30 kg/m 2 or higher
C-reactive protein
BMI 25-29.9 kg/m 2
C-reactive protein
BMI 2
C-reactive protein
indicator of the status of a person's weight for his or her height
C-reactive protein
triggers the release of biologically active substances that promote oxidation and other potentially harmful reactions in the body
C-reactive protein
a key inflammatory factor produced in the liver in response to infection or inflammation
C-reactive protein
a reversible condition characterized by fat infiltration of the liver
C-reactive protein
a condition in which cells "resist" the action of insulin in facilitating the passage of glucose into cells
C-reactive protein
estimation of body fat content by measuring the thickness of fat folds that lie underneath the skin
C-reactive protein
chemical changes that take place in the body
C-reactive protein
fat located under the skin
C-reactive protein
a disease characterized by high blood glucose levels due to the body's inability to utilize insulin normally or to produce enough insulin
C-reactive protein
fat located under the skin and muscle of the abdomen
C-reactive protein
estimation of body fat content by determining how quickly electrical current passes from the ankle to the wrist
insulin resistance
an indicator of the status of a person's weight for his or her height
insulin resistance
body fat content can be estimated by determining how quickly electrical current passes from the ankle to wrist
insulin resistance
body fat content can be estimated by measuring the thickness of fat folds that lie underneath the skin
insulin resistance
BMI 18.5-24.9 kg/m 2
insulin resistance
BMI 30 kg/m 2 or higher
insulin resistance
BMI 25-29.9 kg/m 2
insulin resistance
BMI 2
insulin resistance
indicator of the status of a person's weight for his or her height
insulin resistance
triggers the release of biologically active substances that promote oxidation and other potentially harmful reactions in the body
insulin resistance
a key inflammatory factor produced in the liver in response to infection or inflammation
insulin resistance
a reversible condition characterized by fat infiltration of the liver
insulin resistance
a condition in which cells "resist" the action of insulin in facilitating the passage of glucose into cells
insulin resistance
estimation of body fat content by measuring the thickness of fat folds that lie underneath the skin
insulin resistance
chemical changes that take place in the body
insulin resistance
fat located under the skin
insulin resistance
a disease characterized by high blood glucose levels due to the body's inability to utilize insulin normally or to produce enough insulin
insulin resistance
fat located under the skin and muscle of the abdomen
insulin resistance
estimation of body fat content by determining how quickly electrical current passes from the ankle to the wrist
subcutaneous fat
an indicator of the status of a person's weight for his or her height
subcutaneous fat
body fat content can be estimated by determining how quickly electrical current passes from the ankle to wrist
subcutaneous fat
body fat content can be estimated by measuring the thickness of fat folds that lie underneath the skin
subcutaneous fat
BMI 18.5-24.9 kg/m 2
subcutaneous fat
BMI 30 kg/m 2 or higher
subcutaneous fat
BMI 25-29.9 kg/m 2
subcutaneous fat
BMI 2
subcutaneous fat
indicator of the status of a person's weight for his or her height
subcutaneous fat
triggers the release of biologically active substances that promote oxidation and other potentially harmful reactions in the body
subcutaneous fat
a key inflammatory factor produced in the liver in response to infection or inflammation
subcutaneous fat
a reversible condition characterized by fat infiltration of the liver
subcutaneous fat
a condition in which cells "resist" the action of insulin in facilitating the passage of glucose into cells
subcutaneous fat
estimation of body fat content by measuring the thickness of fat folds that lie underneath the skin
subcutaneous fat
chemical changes that take place in the body
subcutaneous fat
fat located under the skin
subcutaneous fat
a disease characterized by high blood glucose levels due to the body's inability to utilize insulin normally or to produce enough insulin
subcutaneous fat
fat located under the skin and muscle of the abdomen
subcutaneous fat
estimation of body fat content by determining how quickly electrical current passes from the ankle to the wrist
chronic inflammation
an indicator of the status of a person's weight for his or her height
chronic inflammation
body fat content can be estimated by determining how quickly electrical current passes from the ankle to wrist
chronic inflammation
body fat content can be estimated by measuring the thickness of fat folds that lie underneath the skin
chronic inflammation
BMI 18.5-24.9 kg/m 2
chronic inflammation
BMI 30 kg/m 2 or higher
chronic inflammation
BMI 25-29.9 kg/m 2
chronic inflammation
BMI 2
chronic inflammation
indicator of the status of a person's weight for his or her height
chronic inflammation
triggers the release of biologically active substances that promote oxidation and other potentially harmful reactions in the body
chronic inflammation
a key inflammatory factor produced in the liver in response to infection or inflammation
chronic inflammation
a reversible condition characterized by fat infiltration of the liver
chronic inflammation
a condition in which cells "resist" the action of insulin in facilitating the passage of glucose into cells
chronic inflammation
estimation of body fat content by measuring the thickness of fat folds that lie underneath the skin
chronic inflammation
chemical changes that take place in the body
chronic inflammation
fat located under the skin
chronic inflammation
a disease characterized by high blood glucose levels due to the body's inability to utilize insulin normally or to produce enough insulin
chronic inflammation
fat located under the skin and muscle of the abdomen
chronic inflammation
estimation of body fat content by determining how quickly electrical current passes from the ankle to the wrist
overweight
an indicator of the status of a person's weight for his or her height
overweight
body fat content can be estimated by determining how quickly electrical current passes from the ankle to wrist
overweight
body fat content can be estimated by measuring the thickness of fat folds that lie underneath the skin
overweight
BMI 18.5-24.9 kg/m 2
overweight
BMI 30 kg/m 2 or higher
overweight
BMI 25-29.9 kg/m 2
overweight
BMI 2
overweight
indicator of the status of a person's weight for his or her height
overweight
triggers the release of biologically active substances that promote oxidation and other potentially harmful reactions in the body
overweight
a key inflammatory factor produced in the liver in response to infection or inflammation
overweight
a reversible condition characterized by fat infiltration of the liver
overweight
a condition in which cells "resist" the action of insulin in facilitating the passage of glucose into cells
overweight
estimation of body fat content by measuring the thickness of fat folds that lie underneath the skin
overweight
chemical changes that take place in the body
overweight
fat located under the skin
overweight
a disease characterized by high blood glucose levels due to the body's inability to utilize insulin normally or to produce enough insulin
overweight
fat located under the skin and muscle of the abdomen
overweight
estimation of body fat content by determining how quickly electrical current passes from the ankle to the wrist
Question
Harold is a college sophomore who is trying to get in shape for spring break. He would like to lose the body weight that he gained during his freshman and sophomore years. In high school, he played sports and his family prepared healthy meals, but his freshman and sophomore years have proven to be very different with late nights of school work, hanging out with friends playing poker, and eating lots of take-out food, snacking on pizza, and drinking soda. Harold, who is 5' 10", has gained 18 pounds and now weighs 182 pounds.
Harold has never tried to lose weight before and decides to talk to a personal trainer at the gym to get help. During Harold's consultation, the personal trainer calculates his BMI, determines his ideal body weight, and measures his body fat content using skinfold calipers. The personal trainer tells Harold his body composition is 26% fat. The personal trainer also measures Harold's waist, and his waist circumference is a little over 40".
What is Harold's BMI classification?

A) underweight
B) healthy weight
C) overweight
D) obese
E) extremely obese
Question
An average percent body fat is _____ for men and _____ for women.

A) 5; 12
B) 12; 15
C) 15; 20
D) 22; 32
E) 25; 35
Question
Metabolic abnormalities are characterized by _____.

A) low levels of triglycerides
B) high levels of fiber
C) high levels of HDL cholesterol
D) insulin resistance
E) low blood pressure
Question
Discuss the multiple factors that may cause obesity.
Question
Discuss how obesity affects a person's psychological well-being and how the harmful effects of obesity are ameliorated by society.
Question
Ronald is 55 years old and weighs 186 pounds. He is 6 feet tall. What is his BMI?

A) 25.22 kg/m 2
B) 26.25 kg/m 2
C) 35.49 kg/m 2
D) 37.12 kg/m 2
E) 28.16 kg/m 2
Question
Which method of assessing body fat content is based on the principle that fat is a poor conductor of electricity and water, whereas muscles are good conductors?

A) skinfold measurement
B) bioelectrical impedance analysis
C) magnetic resonance imaging
D) dual-energy X-ray absorptiometry
E) whole-body air displacement
Question
Harold is a college sophomore who is trying to get in shape for spring break. He would like to lose the body weight that he gained during his freshman and sophomore years. In high school, he played sports and his family prepared healthy meals, but his freshman and sophomore years have proven to be very different with late nights of school work, hanging out with friends playing poker, and eating lots of take-out food, snacking on pizza, and drinking soda. Harold, who is 5' 10", has gained 18 pounds and now weighs 182 pounds.
Harold has never tried to lose weight before and decides to talk to a personal trainer at the gym to get help. During Harold's consultation, the personal trainer calculates his BMI, determines his ideal body weight, and measures his body fat content using skinfold calipers. The personal trainer tells Harold his body composition is 26% fat. The personal trainer also measures Harold's waist, and his waist circumference is a little over 40".
In addition to exercise, which behavior would most likely help Harold get in shape for spring break?

A) cut out all carbohydrates, including regular soda, bread, pasta, and fruit
B) start drinking protein shakes instead of eating pizza with his friends
C) skip breakfast and lunch and have a healthy dinner
D) decrease portion sizes at home and in restaurants and regularly include vegetables or fruit at meals
E) adopt a vegetarian-style diet
Question
Harold is a college sophomore who is trying to get in shape for spring break. He would like to lose the body weight that he gained during his freshman and sophomore years. In high school, he played sports and his family prepared healthy meals, but his freshman and sophomore years have proven to be very different with late nights of school work, hanging out with friends playing poker, and eating lots of take-out food, snacking on pizza, and drinking soda. Harold, who is 5' 10", has gained 18 pounds and now weighs 182 pounds.
Harold has never tried to lose weight before and decides to talk to a personal trainer at the gym to get help. During Harold's consultation, the personal trainer calculates his BMI, determines his ideal body weight, and measures his body fat content using skinfold calipers. The personal trainer tells Harold his body composition is 26% fat. The personal trainer also measures Harold's waist, and his waist circumference is a little over 40".
What is Harold's BMI?

A) 22.50 kg/m 2
B) 26.11 kg/m 2
C) 30.88 kg/m 2
D) 32.49 kg/m 2
E) 33. 75 kg/m 2
Question
Harold is a college sophomore who is trying to get in shape for spring break. He would like to lose the body weight that he gained during his freshman and sophomore years. In high school, he played sports and his family prepared healthy meals, but his freshman and sophomore years have proven to be very different with late nights of school work, hanging out with friends playing poker, and eating lots of take-out food, snacking on pizza, and drinking soda. Harold, who is 5' 10", has gained 18 pounds and now weighs 182 pounds.
Harold has never tried to lose weight before and decides to talk to a personal trainer at the gym to get help. During Harold's consultation, the personal trainer calculates his BMI, determines his ideal body weight, and measures his body fat content using skinfold calipers. The personal trainer tells Harold his body composition is 26% fat. The personal trainer also measures Harold's waist, and his waist circumference is a little over 40".
Harold's personal trainer warns him about the disease risk associated with high levels of visceral fat. Which dietary and/or lifestyle change would most likely help Harold in reducing his risk of metabolic abnormalities?

A) walking and jogging regularly and maintaining his current diet
B) replacing his fast food intake with large portions of fruits, vegetables, and whole grains
C) beginning a strength training regimen
D) walking and jogging regularly and eating a protein-based diet
E) walking and jogging regularly and beginning a strength training regimen
Question
Harold is a college sophomore who is trying to get in shape for spring break. He would like to lose the body weight that he gained during his freshman and sophomore years. In high school, he played sports and his family prepared healthy meals, but his freshman and sophomore years have proven to be very different with late nights of school work, hanging out with friends playing poker, and eating lots of take-out food, snacking on pizza, and drinking soda. Harold, who is 5' 10", has gained 18 pounds and now weighs 182 pounds.
Harold has never tried to lose weight before and decides to talk to a personal trainer at the gym to get help. During Harold's consultation, the personal trainer calculates his BMI, determines his ideal body weight, and measures his body fat content using skinfold calipers. The personal trainer tells Harold his body composition is 26% fat. The personal trainer also measures Harold's waist, and his waist circumference is a little over 40".
What does Harold's waist circumference indicate?

A) He has low visceral fat but high subcutaneous fat levels.
B) He most likely has an "apple shape" and may be at risk for metabolic abnormalities.
C) He most likely has a "pear shape" and is at risk for metabolic syndrome.
D) His waist circumference was probably measured incorrectly.
E) He doesn't have to worry about his waist circumference until it reaches 45".
Question
Which lifestyle changes may prevent or lessen the amount of weight gain that occurs with age?

A) exercising once a week
B) regularly getting a total of four hours of sleep at night
C) increasing portion sizes at home while decreasing portion sizes in restaurants
D) regularly exercising and getting eight hours of sleep at night
E) regularly exercising and decreasing the amount of sleep per night to under seven hours
Question
Harold is a college sophomore who is trying to get in shape for spring break. He would like to lose the body weight  that  he gained during his freshman and sophomore years. In high school, he played sports and his family prepared healthy meals, but his freshman and sophomore years have proven to be very different with late nights of school work, hanging out with friends playing poker, and eating lots of take-out food, snacking on pizza, and drinking soda. Harold, who is 5 '  10 " , has gained 18 pounds and now weighs 182 pounds.
Harold has never tried to lose weight before and decides to talk to a personal trainer at the gym to get help. During Harold ' s consultation, the personal trainer calculates his BMI, determines his ideal body weight, and measures his body fat content using skinfold calipers. The personal trainer tells Harold his body composition is 26% fat. The personal trainer also measures Harold ' s waist, and his waist circumference is a little over 40 " .
Estimate  Harold ' s ideal weight  using  the  Hamwi  method .

A) 125 pounds
B) 138 pounds
C) 145 pounds
D) 166 pounds
E) 174 pounds
Question
Harold is a college sophomore who is trying to get in shape for spring break. He would like to lose the body weight that he gained during his freshman and sophomore years. In high school, he played sports and his family prepared healthy meals, but his freshman and sophomore years have proven to be very different with late nights of school work, hanging out with friends playing poker, and eating lots of take-out food, snacking on pizza, and drinking soda. Harold, who is 5' 10", has gained 18 pounds and now weighs 182 pounds.
Harold has never tried to lose weight before and decides to talk to a personal trainer at the gym to get help. During Harold's consultation, the personal trainer calculates his BMI, determines his ideal body weight, and measures his body fat content using skinfold calipers. The personal trainer tells Harold his body composition is 26% fat. The personal trainer also measures Harold's waist, and his waist circumference is a little over 40".
Harold's health care provider has discussed with him the importance of healthy eating behaviors, such as eating when hungry and stopping when full. This is an approach that is being promoted by the _____ program.

A) CDC's Healthy Lifestyles
B) Health at Every Size
C) Food and Self-Esteem
D) Eating Disorders Prevention
E) Long-Term Health Improvement
Question
Subcutaneous fat is _____.

A) stored in the abdomen under the skin
B) metabolically less active than visceral fat
C) present in abundance in people of all ages
D) increased by certain medications
E) more strongly related to disease risk than visceral fat
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Deck 9: Obesity to Underweight the Highs and Lows of Weight Status
1
In 2016, rates of obesity were highest in _____.

A) Alaska
B) Colorado
C) Hawaii
D) Utah
E) West Virginia
E
2
The Health at Every Size program _____.

A) is associated with significant weight loss
B) stresses calorie restriction
C) emphasizes engaging in high-intensity physical activity
D) is associated with reduction in a number of health problems related to obesity
E) is only available in the United States
D
3
According to data from a national nutrition and health survey, major gains in weight are most likely to occur in adults between the ages of 25 and 34.
True
4
The size of visceral fat deposits can be closely estimated by measuring _____.

A) blood pressure
B) blood glucose levels
C) waist circumference
D) skinfold thickness
E) triglyceride levels
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5
Death rates are highest among adults who are underweight.
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6
A health problem associated with obesity is _____.

A) hypotension
B) lack of self-control
C) high HDL-cholesterol
D) low LDL-cholesterol
E) sleep disorders
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7
Elevated concentrations of CRP are associated with heart disease, obesity, infection, smoking, and inadequate antioxidant intake.
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8
Body weight preferences that are culturally defined change with time.
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9
Studies have shown that longevity can be extended in human adults by following a nutritious, calorie-restricted diet.
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10
Japan has instituted a policy that requires all citizens aged 50-74 years to have their waist circumference measured yearly.
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11
Death rates are highest among adults who are _____.

A) very obese
B) obese
C) overweight
D) normal weight
E) underweight
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12
Parents who overreact to a child's weight by focusing on it, restricting food access, and making negative comments to the child decrease the likelihood that eating and weight problems will develop or endure.
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13
The variables needed to determine the body mass index include height, weight, age, and gender.
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14
Individuals can achieve any body weight or shape they desire if they just diet and exercise enough.
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15
Research has found that obesity is associated with a lack of willpower.
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16
Being "pear-shaped" is riskier than being "apple-shaped" because of the presence of visceral fat.
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17
BMI percentile ranges for children and adolescents also provide information on growth progress in terms of weight or height for age.
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18
Magnetic resonance imaging is a highly accurate but expensive method for assessing fat mass.
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19
The link between weight status very early in life and adult obesity appears to be weak or nonexistent.
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20
Fat stored in the abdomen under the skin and a layer of muscle is called subcutaneous fat.
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21
The incidence of overweight and obesity is _____.

A) higher among females than males
B) higher among males than females
C) similar among females and males
D) similar among children, adolescents, and adults
E) higher among children than adults
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22
Men need at least _____ of body fat for survival.

A) 3 to 5%
B) 5 to 7%
C) 8 to 10%
D) 10 to 12%
E) 12 to 15%
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23
Chronic inflammation is a metabolic condition that _____.

A) is caused by genetic traits
B) is initiated by subcutaneous fat
C) promotes the hardening of arteries
D) promotes the development of low blood pressure
E) reduces liver fat content
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24
Apple-shaped people store fat primarily in their _____.

A) abdomen
B) thighs
C) upper arms
D) hips
E) lower leg
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25
Women need at least _____ of body fat for survival.

A) 3 to 5%
B) 5 to 7%
C) 8 to 10%
D) 10 to 12%
E) 12 to 15%
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26
Standards used to assess weight status in children and adolescents employ _____.

A) BMI percentile ranges
B) height percentile ranges
C) waist circumference measurements
D) skinfold thickness measurements
E) the Hamwi method
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27
People who are thin and unhealthy _____.

A) tend to have reduced bone mineral density
B) tend to frequently participate in high-intensity physical activity
C) tend to have enhanced concentration
D) often live longer
E) often restrict calories
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28
Low body fat levels are associated with _____.

A) chronic inflammation
B) insulin resistance
C) elevated triglyceride levels
D) fatty liver disease
E) infertility
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29
Rates of overweight and obesity in the United States _____.

A) have increased a bit for children aged 2 to 5 years
B) have decreased substantially since 1990
C) have increased substantially recently
D) have stabilized recently
E) do not vary by state
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30
Estimate a healthy weight for a 6-feet-tall man using the Hamwi method.

A) 164 pounds
B) 178 pounds
C) 185 pounds
D) 192 pounds
E) 200 pounds
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31
Which of the following factors promotes the development of obesity in genetically susceptible people?

A) exposure to PCBs
B) high added sugar intake
C) lack of sleep
D) medications
E) physical inactivity
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32
An important cause of underweight in some poor nations is _____.

A) an eating disorder
B) cancer
C) poverty
D) pneumonia
E) HIV/AIDS
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33
Which commonly used method for assessing body fat content uses calipers to measure the thickness of fat folds that lie underneath the skin?

A) skinfold measurement
B) bioelectrical impedance analysis
C) magnetic resonance imaging
D) dual-energy X-ray absorptiometry
E) whole-body air displacement
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34
In men, waist circumferences over _____ inches and in women, over _____ inches are related to excess visceral fat.

A) 35; 30
B) 40; 35
C) 45; 40
D) 40; 45
E) 35; 40
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35
Fatty liver disease is associated primarily with _____.

A) high triglyceride levels
B) hypertension
C) low levels of HDL cholesterol
D) underweight
E) excess alcohol consumption
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36
Adults following calorie-restricted diets _____.

A) are at increased risk of stroke
B) are at risk of iron deficiency
C) tend to have high triglyceride levels
D) tend to have heart disease
E) tend to have chronic inflammation
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37
Nearly 80% of children who are obese between the ages of _____ and have at least one obese parent have been found to be obese as adults.

A) 2 and 3
B) 3 and 5
C) 5 and 8
D) 8 and 10
E) 10 and 14
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38
Which method of assessing body fat content can also be used to assess bone mineral content and lean tissue mass?

A) skinfold measurement
B) bioelectrical impedance analysis
C) underwater weighing
D) magnetic resonance imaging
E) dual-energy X-ray absorptiometry
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39
The conversion of glucose to body fat _____.

A) triggers the release of triglycerides
B) triggers the release of CRP
C) is an example of a metabolic process
D) is the first response of the body's immune system to infection
E) can produce liver damage if not corrected
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40
Visceral fat is _____.

A) found primarily in the hips, thighs, and buttocks
B) metabolically less active than subcutaneous fat
C) present in abundance in people with a pear-shaped body
D) increased by certain medications
E) more strongly related to disease risk than subcutaneous fat
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41
Match between columns
skinfold measurement
an indicator of the status of a person's weight for his or her height
skinfold measurement
body fat content can be estimated by determining how quickly electrical current passes from the ankle to wrist
skinfold measurement
body fat content can be estimated by measuring the thickness of fat folds that lie underneath the skin
skinfold measurement
BMI 18.5-24.9 kg/m 2
skinfold measurement
BMI 30 kg/m 2 or higher
skinfold measurement
BMI 25-29.9 kg/m 2
skinfold measurement
BMI 2
skinfold measurement
indicator of the status of a person's weight for his or her height
skinfold measurement
triggers the release of biologically active substances that promote oxidation and other potentially harmful reactions in the body
skinfold measurement
a key inflammatory factor produced in the liver in response to infection or inflammation
skinfold measurement
a reversible condition characterized by fat infiltration of the liver
skinfold measurement
a condition in which cells "resist" the action of insulin in facilitating the passage of glucose into cells
skinfold measurement
estimation of body fat content by measuring the thickness of fat folds that lie underneath the skin
skinfold measurement
chemical changes that take place in the body
skinfold measurement
fat located under the skin
skinfold measurement
a disease characterized by high blood glucose levels due to the body's inability to utilize insulin normally or to produce enough insulin
skinfold measurement
fat located under the skin and muscle of the abdomen
skinfold measurement
estimation of body fat content by determining how quickly electrical current passes from the ankle to the wrist
underweight
an indicator of the status of a person's weight for his or her height
underweight
body fat content can be estimated by determining how quickly electrical current passes from the ankle to wrist
underweight
body fat content can be estimated by measuring the thickness of fat folds that lie underneath the skin
underweight
BMI 18.5-24.9 kg/m 2
underweight
BMI 30 kg/m 2 or higher
underweight
BMI 25-29.9 kg/m 2
underweight
BMI 2
underweight
indicator of the status of a person's weight for his or her height
underweight
triggers the release of biologically active substances that promote oxidation and other potentially harmful reactions in the body
underweight
a key inflammatory factor produced in the liver in response to infection or inflammation
underweight
a reversible condition characterized by fat infiltration of the liver
underweight
a condition in which cells "resist" the action of insulin in facilitating the passage of glucose into cells
underweight
estimation of body fat content by measuring the thickness of fat folds that lie underneath the skin
underweight
chemical changes that take place in the body
underweight
fat located under the skin
underweight
a disease characterized by high blood glucose levels due to the body's inability to utilize insulin normally or to produce enough insulin
underweight
fat located under the skin and muscle of the abdomen
underweight
estimation of body fat content by determining how quickly electrical current passes from the ankle to the wrist
obese
an indicator of the status of a person's weight for his or her height
obese
body fat content can be estimated by determining how quickly electrical current passes from the ankle to wrist
obese
body fat content can be estimated by measuring the thickness of fat folds that lie underneath the skin
obese
BMI 18.5-24.9 kg/m 2
obese
BMI 30 kg/m 2 or higher
obese
BMI 25-29.9 kg/m 2
obese
BMI 2
obese
indicator of the status of a person's weight for his or her height
obese
triggers the release of biologically active substances that promote oxidation and other potentially harmful reactions in the body
obese
a key inflammatory factor produced in the liver in response to infection or inflammation
obese
a reversible condition characterized by fat infiltration of the liver
obese
a condition in which cells "resist" the action of insulin in facilitating the passage of glucose into cells
obese
estimation of body fat content by measuring the thickness of fat folds that lie underneath the skin
obese
chemical changes that take place in the body
obese
fat located under the skin
obese
a disease characterized by high blood glucose levels due to the body's inability to utilize insulin normally or to produce enough insulin
obese
fat located under the skin and muscle of the abdomen
obese
estimation of body fat content by determining how quickly electrical current passes from the ankle to the wrist
normal weight
an indicator of the status of a person's weight for his or her height
normal weight
body fat content can be estimated by determining how quickly electrical current passes from the ankle to wrist
normal weight
body fat content can be estimated by measuring the thickness of fat folds that lie underneath the skin
normal weight
BMI 18.5-24.9 kg/m 2
normal weight
BMI 30 kg/m 2 or higher
normal weight
BMI 25-29.9 kg/m 2
normal weight
BMI 2
normal weight
indicator of the status of a person's weight for his or her height
normal weight
triggers the release of biologically active substances that promote oxidation and other potentially harmful reactions in the body
normal weight
a key inflammatory factor produced in the liver in response to infection or inflammation
normal weight
a reversible condition characterized by fat infiltration of the liver
normal weight
a condition in which cells "resist" the action of insulin in facilitating the passage of glucose into cells
normal weight
estimation of body fat content by measuring the thickness of fat folds that lie underneath the skin
normal weight
chemical changes that take place in the body
normal weight
fat located under the skin
normal weight
a disease characterized by high blood glucose levels due to the body's inability to utilize insulin normally or to produce enough insulin
normal weight
fat located under the skin and muscle of the abdomen
normal weight
estimation of body fat content by determining how quickly electrical current passes from the ankle to the wrist
body mass index
an indicator of the status of a person's weight for his or her height
body mass index
body fat content can be estimated by determining how quickly electrical current passes from the ankle to wrist
body mass index
body fat content can be estimated by measuring the thickness of fat folds that lie underneath the skin
body mass index
BMI 18.5-24.9 kg/m 2
body mass index
BMI 30 kg/m 2 or higher
body mass index
BMI 25-29.9 kg/m 2
body mass index
BMI 2
body mass index
indicator of the status of a person's weight for his or her height
body mass index
triggers the release of biologically active substances that promote oxidation and other potentially harmful reactions in the body
body mass index
a key inflammatory factor produced in the liver in response to infection or inflammation
body mass index
a reversible condition characterized by fat infiltration of the liver
body mass index
a condition in which cells "resist" the action of insulin in facilitating the passage of glucose into cells
body mass index
estimation of body fat content by measuring the thickness of fat folds that lie underneath the skin
body mass index
chemical changes that take place in the body
body mass index
fat located under the skin
body mass index
a disease characterized by high blood glucose levels due to the body's inability to utilize insulin normally or to produce enough insulin
body mass index
fat located under the skin and muscle of the abdomen
body mass index
estimation of body fat content by determining how quickly electrical current passes from the ankle to the wrist
metabolism
an indicator of the status of a person's weight for his or her height
metabolism
body fat content can be estimated by determining how quickly electrical current passes from the ankle to wrist
metabolism
body fat content can be estimated by measuring the thickness of fat folds that lie underneath the skin
metabolism
BMI 18.5-24.9 kg/m 2
metabolism
BMI 30 kg/m 2 or higher
metabolism
BMI 25-29.9 kg/m 2
metabolism
BMI 2
metabolism
indicator of the status of a person's weight for his or her height
metabolism
triggers the release of biologically active substances that promote oxidation and other potentially harmful reactions in the body
metabolism
a key inflammatory factor produced in the liver in response to infection or inflammation
metabolism
a reversible condition characterized by fat infiltration of the liver
metabolism
a condition in which cells "resist" the action of insulin in facilitating the passage of glucose into cells
metabolism
estimation of body fat content by measuring the thickness of fat folds that lie underneath the skin
metabolism
chemical changes that take place in the body
metabolism
fat located under the skin
metabolism
a disease characterized by high blood glucose levels due to the body's inability to utilize insulin normally or to produce enough insulin
metabolism
fat located under the skin and muscle of the abdomen
metabolism
estimation of body fat content by determining how quickly electrical current passes from the ankle to the wrist
type 2 diabetes
an indicator of the status of a person's weight for his or her height
type 2 diabetes
body fat content can be estimated by determining how quickly electrical current passes from the ankle to wrist
type 2 diabetes
body fat content can be estimated by measuring the thickness of fat folds that lie underneath the skin
type 2 diabetes
BMI 18.5-24.9 kg/m 2
type 2 diabetes
BMI 30 kg/m 2 or higher
type 2 diabetes
BMI 25-29.9 kg/m 2
type 2 diabetes
BMI 2
type 2 diabetes
indicator of the status of a person's weight for his or her height
type 2 diabetes
triggers the release of biologically active substances that promote oxidation and other potentially harmful reactions in the body
type 2 diabetes
a key inflammatory factor produced in the liver in response to infection or inflammation
type 2 diabetes
a reversible condition characterized by fat infiltration of the liver
type 2 diabetes
a condition in which cells "resist" the action of insulin in facilitating the passage of glucose into cells
type 2 diabetes
estimation of body fat content by measuring the thickness of fat folds that lie underneath the skin
type 2 diabetes
chemical changes that take place in the body
type 2 diabetes
fat located under the skin
type 2 diabetes
a disease characterized by high blood glucose levels due to the body's inability to utilize insulin normally or to produce enough insulin
type 2 diabetes
fat located under the skin and muscle of the abdomen
type 2 diabetes
estimation of body fat content by determining how quickly electrical current passes from the ankle to the wrist
bioelectrical impedance analysis (BIA)
an indicator of the status of a person's weight for his or her height
bioelectrical impedance analysis (BIA)
body fat content can be estimated by determining how quickly electrical current passes from the ankle to wrist
bioelectrical impedance analysis (BIA)
body fat content can be estimated by measuring the thickness of fat folds that lie underneath the skin
bioelectrical impedance analysis (BIA)
BMI 18.5-24.9 kg/m 2
bioelectrical impedance analysis (BIA)
BMI 30 kg/m 2 or higher
bioelectrical impedance analysis (BIA)
BMI 25-29.9 kg/m 2
bioelectrical impedance analysis (BIA)
BMI 2
bioelectrical impedance analysis (BIA)
indicator of the status of a person's weight for his or her height
bioelectrical impedance analysis (BIA)
triggers the release of biologically active substances that promote oxidation and other potentially harmful reactions in the body
bioelectrical impedance analysis (BIA)
a key inflammatory factor produced in the liver in response to infection or inflammation
bioelectrical impedance analysis (BIA)
a reversible condition characterized by fat infiltration of the liver
bioelectrical impedance analysis (BIA)
a condition in which cells "resist" the action of insulin in facilitating the passage of glucose into cells
bioelectrical impedance analysis (BIA)
estimation of body fat content by measuring the thickness of fat folds that lie underneath the skin
bioelectrical impedance analysis (BIA)
chemical changes that take place in the body
bioelectrical impedance analysis (BIA)
fat located under the skin
bioelectrical impedance analysis (BIA)
a disease characterized by high blood glucose levels due to the body's inability to utilize insulin normally or to produce enough insulin
bioelectrical impedance analysis (BIA)
fat located under the skin and muscle of the abdomen
bioelectrical impedance analysis (BIA)
estimation of body fat content by determining how quickly electrical current passes from the ankle to the wrist
fatty liver disease
an indicator of the status of a person's weight for his or her height
fatty liver disease
body fat content can be estimated by determining how quickly electrical current passes from the ankle to wrist
fatty liver disease
body fat content can be estimated by measuring the thickness of fat folds that lie underneath the skin
fatty liver disease
BMI 18.5-24.9 kg/m 2
fatty liver disease
BMI 30 kg/m 2 or higher
fatty liver disease
BMI 25-29.9 kg/m 2
fatty liver disease
BMI 2
fatty liver disease
indicator of the status of a person's weight for his or her height
fatty liver disease
triggers the release of biologically active substances that promote oxidation and other potentially harmful reactions in the body
fatty liver disease
a key inflammatory factor produced in the liver in response to infection or inflammation
fatty liver disease
a reversible condition characterized by fat infiltration of the liver
fatty liver disease
a condition in which cells "resist" the action of insulin in facilitating the passage of glucose into cells
fatty liver disease
estimation of body fat content by measuring the thickness of fat folds that lie underneath the skin
fatty liver disease
chemical changes that take place in the body
fatty liver disease
fat located under the skin
fatty liver disease
a disease characterized by high blood glucose levels due to the body's inability to utilize insulin normally or to produce enough insulin
fatty liver disease
fat located under the skin and muscle of the abdomen
fatty liver disease
estimation of body fat content by determining how quickly electrical current passes from the ankle to the wrist
visceral fat
an indicator of the status of a person's weight for his or her height
visceral fat
body fat content can be estimated by determining how quickly electrical current passes from the ankle to wrist
visceral fat
body fat content can be estimated by measuring the thickness of fat folds that lie underneath the skin
visceral fat
BMI 18.5-24.9 kg/m 2
visceral fat
BMI 30 kg/m 2 or higher
visceral fat
BMI 25-29.9 kg/m 2
visceral fat
BMI 2
visceral fat
indicator of the status of a person's weight for his or her height
visceral fat
triggers the release of biologically active substances that promote oxidation and other potentially harmful reactions in the body
visceral fat
a key inflammatory factor produced in the liver in response to infection or inflammation
visceral fat
a reversible condition characterized by fat infiltration of the liver
visceral fat
a condition in which cells "resist" the action of insulin in facilitating the passage of glucose into cells
visceral fat
estimation of body fat content by measuring the thickness of fat folds that lie underneath the skin
visceral fat
chemical changes that take place in the body
visceral fat
fat located under the skin
visceral fat
a disease characterized by high blood glucose levels due to the body's inability to utilize insulin normally or to produce enough insulin
visceral fat
fat located under the skin and muscle of the abdomen
visceral fat
estimation of body fat content by determining how quickly electrical current passes from the ankle to the wrist
C-reactive protein
an indicator of the status of a person's weight for his or her height
C-reactive protein
body fat content can be estimated by determining how quickly electrical current passes from the ankle to wrist
C-reactive protein
body fat content can be estimated by measuring the thickness of fat folds that lie underneath the skin
C-reactive protein
BMI 18.5-24.9 kg/m 2
C-reactive protein
BMI 30 kg/m 2 or higher
C-reactive protein
BMI 25-29.9 kg/m 2
C-reactive protein
BMI 2
C-reactive protein
indicator of the status of a person's weight for his or her height
C-reactive protein
triggers the release of biologically active substances that promote oxidation and other potentially harmful reactions in the body
C-reactive protein
a key inflammatory factor produced in the liver in response to infection or inflammation
C-reactive protein
a reversible condition characterized by fat infiltration of the liver
C-reactive protein
a condition in which cells "resist" the action of insulin in facilitating the passage of glucose into cells
C-reactive protein
estimation of body fat content by measuring the thickness of fat folds that lie underneath the skin
C-reactive protein
chemical changes that take place in the body
C-reactive protein
fat located under the skin
C-reactive protein
a disease characterized by high blood glucose levels due to the body's inability to utilize insulin normally or to produce enough insulin
C-reactive protein
fat located under the skin and muscle of the abdomen
C-reactive protein
estimation of body fat content by determining how quickly electrical current passes from the ankle to the wrist
insulin resistance
an indicator of the status of a person's weight for his or her height
insulin resistance
body fat content can be estimated by determining how quickly electrical current passes from the ankle to wrist
insulin resistance
body fat content can be estimated by measuring the thickness of fat folds that lie underneath the skin
insulin resistance
BMI 18.5-24.9 kg/m 2
insulin resistance
BMI 30 kg/m 2 or higher
insulin resistance
BMI 25-29.9 kg/m 2
insulin resistance
BMI 2
insulin resistance
indicator of the status of a person's weight for his or her height
insulin resistance
triggers the release of biologically active substances that promote oxidation and other potentially harmful reactions in the body
insulin resistance
a key inflammatory factor produced in the liver in response to infection or inflammation
insulin resistance
a reversible condition characterized by fat infiltration of the liver
insulin resistance
a condition in which cells "resist" the action of insulin in facilitating the passage of glucose into cells
insulin resistance
estimation of body fat content by measuring the thickness of fat folds that lie underneath the skin
insulin resistance
chemical changes that take place in the body
insulin resistance
fat located under the skin
insulin resistance
a disease characterized by high blood glucose levels due to the body's inability to utilize insulin normally or to produce enough insulin
insulin resistance
fat located under the skin and muscle of the abdomen
insulin resistance
estimation of body fat content by determining how quickly electrical current passes from the ankle to the wrist
subcutaneous fat
an indicator of the status of a person's weight for his or her height
subcutaneous fat
body fat content can be estimated by determining how quickly electrical current passes from the ankle to wrist
subcutaneous fat
body fat content can be estimated by measuring the thickness of fat folds that lie underneath the skin
subcutaneous fat
BMI 18.5-24.9 kg/m 2
subcutaneous fat
BMI 30 kg/m 2 or higher
subcutaneous fat
BMI 25-29.9 kg/m 2
subcutaneous fat
BMI 2
subcutaneous fat
indicator of the status of a person's weight for his or her height
subcutaneous fat
triggers the release of biologically active substances that promote oxidation and other potentially harmful reactions in the body
subcutaneous fat
a key inflammatory factor produced in the liver in response to infection or inflammation
subcutaneous fat
a reversible condition characterized by fat infiltration of the liver
subcutaneous fat
a condition in which cells "resist" the action of insulin in facilitating the passage of glucose into cells
subcutaneous fat
estimation of body fat content by measuring the thickness of fat folds that lie underneath the skin
subcutaneous fat
chemical changes that take place in the body
subcutaneous fat
fat located under the skin
subcutaneous fat
a disease characterized by high blood glucose levels due to the body's inability to utilize insulin normally or to produce enough insulin
subcutaneous fat
fat located under the skin and muscle of the abdomen
subcutaneous fat
estimation of body fat content by determining how quickly electrical current passes from the ankle to the wrist
chronic inflammation
an indicator of the status of a person's weight for his or her height
chronic inflammation
body fat content can be estimated by determining how quickly electrical current passes from the ankle to wrist
chronic inflammation
body fat content can be estimated by measuring the thickness of fat folds that lie underneath the skin
chronic inflammation
BMI 18.5-24.9 kg/m 2
chronic inflammation
BMI 30 kg/m 2 or higher
chronic inflammation
BMI 25-29.9 kg/m 2
chronic inflammation
BMI 2
chronic inflammation
indicator of the status of a person's weight for his or her height
chronic inflammation
triggers the release of biologically active substances that promote oxidation and other potentially harmful reactions in the body
chronic inflammation
a key inflammatory factor produced in the liver in response to infection or inflammation
chronic inflammation
a reversible condition characterized by fat infiltration of the liver
chronic inflammation
a condition in which cells "resist" the action of insulin in facilitating the passage of glucose into cells
chronic inflammation
estimation of body fat content by measuring the thickness of fat folds that lie underneath the skin
chronic inflammation
chemical changes that take place in the body
chronic inflammation
fat located under the skin
chronic inflammation
a disease characterized by high blood glucose levels due to the body's inability to utilize insulin normally or to produce enough insulin
chronic inflammation
fat located under the skin and muscle of the abdomen
chronic inflammation
estimation of body fat content by determining how quickly electrical current passes from the ankle to the wrist
overweight
an indicator of the status of a person's weight for his or her height
overweight
body fat content can be estimated by determining how quickly electrical current passes from the ankle to wrist
overweight
body fat content can be estimated by measuring the thickness of fat folds that lie underneath the skin
overweight
BMI 18.5-24.9 kg/m 2
overweight
BMI 30 kg/m 2 or higher
overweight
BMI 25-29.9 kg/m 2
overweight
BMI 2
overweight
indicator of the status of a person's weight for his or her height
overweight
triggers the release of biologically active substances that promote oxidation and other potentially harmful reactions in the body
overweight
a key inflammatory factor produced in the liver in response to infection or inflammation
overweight
a reversible condition characterized by fat infiltration of the liver
overweight
a condition in which cells "resist" the action of insulin in facilitating the passage of glucose into cells
overweight
estimation of body fat content by measuring the thickness of fat folds that lie underneath the skin
overweight
chemical changes that take place in the body
overweight
fat located under the skin
overweight
a disease characterized by high blood glucose levels due to the body's inability to utilize insulin normally or to produce enough insulin
overweight
fat located under the skin and muscle of the abdomen
overweight
estimation of body fat content by determining how quickly electrical current passes from the ankle to the wrist
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42
Harold is a college sophomore who is trying to get in shape for spring break. He would like to lose the body weight that he gained during his freshman and sophomore years. In high school, he played sports and his family prepared healthy meals, but his freshman and sophomore years have proven to be very different with late nights of school work, hanging out with friends playing poker, and eating lots of take-out food, snacking on pizza, and drinking soda. Harold, who is 5' 10", has gained 18 pounds and now weighs 182 pounds.
Harold has never tried to lose weight before and decides to talk to a personal trainer at the gym to get help. During Harold's consultation, the personal trainer calculates his BMI, determines his ideal body weight, and measures his body fat content using skinfold calipers. The personal trainer tells Harold his body composition is 26% fat. The personal trainer also measures Harold's waist, and his waist circumference is a little over 40".
What is Harold's BMI classification?

A) underweight
B) healthy weight
C) overweight
D) obese
E) extremely obese
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43
An average percent body fat is _____ for men and _____ for women.

A) 5; 12
B) 12; 15
C) 15; 20
D) 22; 32
E) 25; 35
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44
Metabolic abnormalities are characterized by _____.

A) low levels of triglycerides
B) high levels of fiber
C) high levels of HDL cholesterol
D) insulin resistance
E) low blood pressure
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45
Discuss the multiple factors that may cause obesity.
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46
Discuss how obesity affects a person's psychological well-being and how the harmful effects of obesity are ameliorated by society.
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47
Ronald is 55 years old and weighs 186 pounds. He is 6 feet tall. What is his BMI?

A) 25.22 kg/m 2
B) 26.25 kg/m 2
C) 35.49 kg/m 2
D) 37.12 kg/m 2
E) 28.16 kg/m 2
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48
Which method of assessing body fat content is based on the principle that fat is a poor conductor of electricity and water, whereas muscles are good conductors?

A) skinfold measurement
B) bioelectrical impedance analysis
C) magnetic resonance imaging
D) dual-energy X-ray absorptiometry
E) whole-body air displacement
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49
Harold is a college sophomore who is trying to get in shape for spring break. He would like to lose the body weight that he gained during his freshman and sophomore years. In high school, he played sports and his family prepared healthy meals, but his freshman and sophomore years have proven to be very different with late nights of school work, hanging out with friends playing poker, and eating lots of take-out food, snacking on pizza, and drinking soda. Harold, who is 5' 10", has gained 18 pounds and now weighs 182 pounds.
Harold has never tried to lose weight before and decides to talk to a personal trainer at the gym to get help. During Harold's consultation, the personal trainer calculates his BMI, determines his ideal body weight, and measures his body fat content using skinfold calipers. The personal trainer tells Harold his body composition is 26% fat. The personal trainer also measures Harold's waist, and his waist circumference is a little over 40".
In addition to exercise, which behavior would most likely help Harold get in shape for spring break?

A) cut out all carbohydrates, including regular soda, bread, pasta, and fruit
B) start drinking protein shakes instead of eating pizza with his friends
C) skip breakfast and lunch and have a healthy dinner
D) decrease portion sizes at home and in restaurants and regularly include vegetables or fruit at meals
E) adopt a vegetarian-style diet
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50
Harold is a college sophomore who is trying to get in shape for spring break. He would like to lose the body weight that he gained during his freshman and sophomore years. In high school, he played sports and his family prepared healthy meals, but his freshman and sophomore years have proven to be very different with late nights of school work, hanging out with friends playing poker, and eating lots of take-out food, snacking on pizza, and drinking soda. Harold, who is 5' 10", has gained 18 pounds and now weighs 182 pounds.
Harold has never tried to lose weight before and decides to talk to a personal trainer at the gym to get help. During Harold's consultation, the personal trainer calculates his BMI, determines his ideal body weight, and measures his body fat content using skinfold calipers. The personal trainer tells Harold his body composition is 26% fat. The personal trainer also measures Harold's waist, and his waist circumference is a little over 40".
What is Harold's BMI?

A) 22.50 kg/m 2
B) 26.11 kg/m 2
C) 30.88 kg/m 2
D) 32.49 kg/m 2
E) 33. 75 kg/m 2
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51
Harold is a college sophomore who is trying to get in shape for spring break. He would like to lose the body weight that he gained during his freshman and sophomore years. In high school, he played sports and his family prepared healthy meals, but his freshman and sophomore years have proven to be very different with late nights of school work, hanging out with friends playing poker, and eating lots of take-out food, snacking on pizza, and drinking soda. Harold, who is 5' 10", has gained 18 pounds and now weighs 182 pounds.
Harold has never tried to lose weight before and decides to talk to a personal trainer at the gym to get help. During Harold's consultation, the personal trainer calculates his BMI, determines his ideal body weight, and measures his body fat content using skinfold calipers. The personal trainer tells Harold his body composition is 26% fat. The personal trainer also measures Harold's waist, and his waist circumference is a little over 40".
Harold's personal trainer warns him about the disease risk associated with high levels of visceral fat. Which dietary and/or lifestyle change would most likely help Harold in reducing his risk of metabolic abnormalities?

A) walking and jogging regularly and maintaining his current diet
B) replacing his fast food intake with large portions of fruits, vegetables, and whole grains
C) beginning a strength training regimen
D) walking and jogging regularly and eating a protein-based diet
E) walking and jogging regularly and beginning a strength training regimen
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52
Harold is a college sophomore who is trying to get in shape for spring break. He would like to lose the body weight that he gained during his freshman and sophomore years. In high school, he played sports and his family prepared healthy meals, but his freshman and sophomore years have proven to be very different with late nights of school work, hanging out with friends playing poker, and eating lots of take-out food, snacking on pizza, and drinking soda. Harold, who is 5' 10", has gained 18 pounds and now weighs 182 pounds.
Harold has never tried to lose weight before and decides to talk to a personal trainer at the gym to get help. During Harold's consultation, the personal trainer calculates his BMI, determines his ideal body weight, and measures his body fat content using skinfold calipers. The personal trainer tells Harold his body composition is 26% fat. The personal trainer also measures Harold's waist, and his waist circumference is a little over 40".
What does Harold's waist circumference indicate?

A) He has low visceral fat but high subcutaneous fat levels.
B) He most likely has an "apple shape" and may be at risk for metabolic abnormalities.
C) He most likely has a "pear shape" and is at risk for metabolic syndrome.
D) His waist circumference was probably measured incorrectly.
E) He doesn't have to worry about his waist circumference until it reaches 45".
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53
Which lifestyle changes may prevent or lessen the amount of weight gain that occurs with age?

A) exercising once a week
B) regularly getting a total of four hours of sleep at night
C) increasing portion sizes at home while decreasing portion sizes in restaurants
D) regularly exercising and getting eight hours of sleep at night
E) regularly exercising and decreasing the amount of sleep per night to under seven hours
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54
Harold is a college sophomore who is trying to get in shape for spring break. He would like to lose the body weight  that  he gained during his freshman and sophomore years. In high school, he played sports and his family prepared healthy meals, but his freshman and sophomore years have proven to be very different with late nights of school work, hanging out with friends playing poker, and eating lots of take-out food, snacking on pizza, and drinking soda. Harold, who is 5 '  10 " , has gained 18 pounds and now weighs 182 pounds.
Harold has never tried to lose weight before and decides to talk to a personal trainer at the gym to get help. During Harold ' s consultation, the personal trainer calculates his BMI, determines his ideal body weight, and measures his body fat content using skinfold calipers. The personal trainer tells Harold his body composition is 26% fat. The personal trainer also measures Harold ' s waist, and his waist circumference is a little over 40 " .
Estimate  Harold ' s ideal weight  using  the  Hamwi  method .

A) 125 pounds
B) 138 pounds
C) 145 pounds
D) 166 pounds
E) 174 pounds
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55
Harold is a college sophomore who is trying to get in shape for spring break. He would like to lose the body weight that he gained during his freshman and sophomore years. In high school, he played sports and his family prepared healthy meals, but his freshman and sophomore years have proven to be very different with late nights of school work, hanging out with friends playing poker, and eating lots of take-out food, snacking on pizza, and drinking soda. Harold, who is 5' 10", has gained 18 pounds and now weighs 182 pounds.
Harold has never tried to lose weight before and decides to talk to a personal trainer at the gym to get help. During Harold's consultation, the personal trainer calculates his BMI, determines his ideal body weight, and measures his body fat content using skinfold calipers. The personal trainer tells Harold his body composition is 26% fat. The personal trainer also measures Harold's waist, and his waist circumference is a little over 40".
Harold's health care provider has discussed with him the importance of healthy eating behaviors, such as eating when hungry and stopping when full. This is an approach that is being promoted by the _____ program.

A) CDC's Healthy Lifestyles
B) Health at Every Size
C) Food and Self-Esteem
D) Eating Disorders Prevention
E) Long-Term Health Improvement
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56
Subcutaneous fat is _____.

A) stored in the abdomen under the skin
B) metabolically less active than visceral fat
C) present in abundance in people of all ages
D) increased by certain medications
E) more strongly related to disease risk than visceral fat
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Unlock Deck
Unlock for access to all 56 flashcards in this deck.