Exercise Prescription Practice Test
1. Describe how both exercise intensity and volume contribute to improvements in cardiovascular
efficiency.
Intensity does not affect cardiovascular efficiency.
Only volume contributes to cardiovascular efficiency.
Higher intensity and volume enhance cardiovascular efficiency and endurance.
Cardiovascular efficiency is unrelated to exercise.
2. Describe how peripheral artery disease (PAD) affects blood flow and what that means for
individuals experiencing claudication.
PAD has no effect on blood flow, and claudication is unrelated to physical activity.
PAD reduces blood flow to the limbs, leading to claudication, which is characterized by
pain in the legs during physical activity.
PAD increases blood flow to the limbs, causing claudication, which is a feeling of heaviness
in the legs.
PAD only affects the upper body, and claudication is a symptom of heart failure.
Understand
3. What are the primary changes in cardiac output due to aging? the
answers
Enhanced muscle mass
Get in-depth
explanations
Increased lung capacity for any
question on
Improved vasculature elasticity your practice
test.
Decreased cardiac output
Got it
4. Describe how end-systolic volume (ESV) can vary in heart failure and what factors influence this
variation.
ESV is always increased in heart failure.
ESV may be increased or decreased depending on the type of heart failure.
ESV is always decreased in heart failure.
ESV remains constant regardless of heart failure type.
, 5. What type of exercise programs are recommended for patients with peripheral artery disease
(PAD)?
High-intensity interval training and yoga
Supervised walking programs and resistance training
Swimming and cycling
Aerobic dance and Pilates
6. Describe how the exercise prescription for coronary artery disease (CAD) differs from that for the
general healthy population.
The exercise prescription for CAD focuses solely on aerobic exercises without strength
training.
The exercise prescription for CAD does not consider individual capabilities.
The exercise prescription for CAD includes specific modifications for intensity and type
of exercise to accommodate individual capabilities and safety concerns.
The exercise prescription for CAD is identical to that for the general population.
7. Describe how aging affects skeletal muscle and its implications for physical activity.
Aging improves muscle recovery time.
Aging increases muscle mass, enhancing physical activity.
Aging has no effect on muscle strength.
Aging results in loss of muscle mass and strength, which can lead to decreased physical
activity levels.
8. If a patient with heart failure is prescribed a low-intensity exercise regimen, how might increasing
the intensity and volume of their exercise impact their cardiorespiratory fitness over time?
It would only improve muscular strength, not cardiorespiratory fitness.
It would likely improve their cardiorespiratory fitness by enhancing cardiovascular
efficiency and endurance.
It could worsen their condition due to increased strain.
It would have no effect on their cardiorespiratory fitness.
9. If an older individual is currently exercising for 100 minutes per week at a moderate intensity, what
adjustment should they make to meet the FITT prescription guidelines?
1. Describe how both exercise intensity and volume contribute to improvements in cardiovascular
efficiency.
Intensity does not affect cardiovascular efficiency.
Only volume contributes to cardiovascular efficiency.
Higher intensity and volume enhance cardiovascular efficiency and endurance.
Cardiovascular efficiency is unrelated to exercise.
2. Describe how peripheral artery disease (PAD) affects blood flow and what that means for
individuals experiencing claudication.
PAD has no effect on blood flow, and claudication is unrelated to physical activity.
PAD reduces blood flow to the limbs, leading to claudication, which is characterized by
pain in the legs during physical activity.
PAD increases blood flow to the limbs, causing claudication, which is a feeling of heaviness
in the legs.
PAD only affects the upper body, and claudication is a symptom of heart failure.
Understand
3. What are the primary changes in cardiac output due to aging? the
answers
Enhanced muscle mass
Get in-depth
explanations
Increased lung capacity for any
question on
Improved vasculature elasticity your practice
test.
Decreased cardiac output
Got it
4. Describe how end-systolic volume (ESV) can vary in heart failure and what factors influence this
variation.
ESV is always increased in heart failure.
ESV may be increased or decreased depending on the type of heart failure.
ESV is always decreased in heart failure.
ESV remains constant regardless of heart failure type.
, 5. What type of exercise programs are recommended for patients with peripheral artery disease
(PAD)?
High-intensity interval training and yoga
Supervised walking programs and resistance training
Swimming and cycling
Aerobic dance and Pilates
6. Describe how the exercise prescription for coronary artery disease (CAD) differs from that for the
general healthy population.
The exercise prescription for CAD focuses solely on aerobic exercises without strength
training.
The exercise prescription for CAD does not consider individual capabilities.
The exercise prescription for CAD includes specific modifications for intensity and type
of exercise to accommodate individual capabilities and safety concerns.
The exercise prescription for CAD is identical to that for the general population.
7. Describe how aging affects skeletal muscle and its implications for physical activity.
Aging improves muscle recovery time.
Aging increases muscle mass, enhancing physical activity.
Aging has no effect on muscle strength.
Aging results in loss of muscle mass and strength, which can lead to decreased physical
activity levels.
8. If a patient with heart failure is prescribed a low-intensity exercise regimen, how might increasing
the intensity and volume of their exercise impact their cardiorespiratory fitness over time?
It would only improve muscular strength, not cardiorespiratory fitness.
It would likely improve their cardiorespiratory fitness by enhancing cardiovascular
efficiency and endurance.
It could worsen their condition due to increased strain.
It would have no effect on their cardiorespiratory fitness.
9. If an older individual is currently exercising for 100 minutes per week at a moderate intensity, what
adjustment should they make to meet the FITT prescription guidelines?
