KIN 3535 (papadopoulos) Final Exam
Practice Test
1. how does the cardiovascular system respond to increases
pregnancy? increases
- cardiac output increases
- stroke volume increases
- heart rate decreases
- blood volume increases
- systemic vascular resistance
- BF to uterus
2. how does the metabolic system respond to preg- increases
nancy? increases
- protein content increases
- fat deposits increases
- blood lipids increases
- salt accumulation
- body weight water retention
3. how does the respiratory system respond to preg- increases
nancy? increases
- tidal volume
- VO2 upward movement of diaphragm up to 5cm
at rest
4. how does the musculoskeletal system respond to center or gravity
pregnancy? increases
- shift in increases
- joint laxity
- risk of strains or sprains
5. how does the endocrine system respond to preg- increases
nancy? increases
- luteinizing hormone increases
, KIN 3535 (papadopoulos) Final Exam
Practice Test
- human growth factor increases
- human placenta lactogen increases
- estrogens
- progesterone
6. how does the emotional system respond to preg- increases
nancy? increases
- mood fluctuations
- emotional lability
7. what are the physiological responses to pregnan- 40%
cy? water
- body weight increases as much as 45-50%
- increase in body output
- increase in blood volume MAP
- increase in cardiac TPR
- stays constant or decreases
- decreases
8. the actute physiologic responses to exercise are increased
generally during pregnancy compared with
nonpregnancy
9. healthy, pregnany women without exercise con- exercise
traindications are encourage to throughout
pregnancy
10. regular exercise during pregnancy provides health/fitness
benefits to the mother and child
11. exercise may also reduce the risk of develop- hypertension
ing conditions associated with pregnancy such as gestational diabetes
pregnancy-induced , and urinary incontinence
, KIN 3535 (papadopoulos) Final Exam
Practice Test
12. physiologic responses to acute exercise during increases
pregnancy increases
- oxygen uptake increases
- heart rate increases
- stroke volume increases
- cardiac output increases
- tidal volume increases
- minute ventilation increases
- ventilatory equilivent for oxygen no change/ decreases
- ventilatory equilivent for carbon dioxide no change / decreases
- systolic blood pressure
- diastolic blood pressure
13. cardiac output during pregnancy is higher at an absolute
workload
14. heart rate and stroke volume during pregnancy are higher
both
15. relative contraindications for exercise during preg- anemia
nancy (1) dilation
- bronchitis
- cervical eating
- chronic or other respiratory disorder morbid obesity
- disorder
- extreme
16. relative contraindications for exercise during preg- smoker
nancy (2) sedentary
- heavy premature labor
- history of extremely lifestyle malnutrition
- history of CVD
, KIN 3535 (papadopoulos) Final Exam
Practice Test
- or extreme underweight
- mild/moderate
17. relative contraindications for exercise during preg- orthopedic
nancy (3) seizures
- limitations pregnancy loss
- poorly controlled arrythmia
- recurrent medical conditions
- unevaluated maternal cardiac
- other significant
18. absolute contraindications for exercise during heart disease
pregnancy (1) cervix
- significant intrauterine growth
- incompetent , cervical insufficiency, or cer- bleeding
clage
- restriction
- persistent
19. absolute contraindications for exercise during 26-28
pregnancy (2) preeclampsia
- placenta previa after weeks of gestation lung
- or pregnancy induced-HPTN ruptured
- disease
- membranes
20. absolute contraindications for exercise during anemia
pregnancy (3) HPTN
- severe type I diabetes
- poorly controlled thyrooid disease
- uncontrolled CV, respiratory, systemic
- uncontrolled
- other serious , , or disorder
Practice Test
1. how does the cardiovascular system respond to increases
pregnancy? increases
- cardiac output increases
- stroke volume increases
- heart rate decreases
- blood volume increases
- systemic vascular resistance
- BF to uterus
2. how does the metabolic system respond to preg- increases
nancy? increases
- protein content increases
- fat deposits increases
- blood lipids increases
- salt accumulation
- body weight water retention
3. how does the respiratory system respond to preg- increases
nancy? increases
- tidal volume
- VO2 upward movement of diaphragm up to 5cm
at rest
4. how does the musculoskeletal system respond to center or gravity
pregnancy? increases
- shift in increases
- joint laxity
- risk of strains or sprains
5. how does the endocrine system respond to preg- increases
nancy? increases
- luteinizing hormone increases
, KIN 3535 (papadopoulos) Final Exam
Practice Test
- human growth factor increases
- human placenta lactogen increases
- estrogens
- progesterone
6. how does the emotional system respond to preg- increases
nancy? increases
- mood fluctuations
- emotional lability
7. what are the physiological responses to pregnan- 40%
cy? water
- body weight increases as much as 45-50%
- increase in body output
- increase in blood volume MAP
- increase in cardiac TPR
- stays constant or decreases
- decreases
8. the actute physiologic responses to exercise are increased
generally during pregnancy compared with
nonpregnancy
9. healthy, pregnany women without exercise con- exercise
traindications are encourage to throughout
pregnancy
10. regular exercise during pregnancy provides health/fitness
benefits to the mother and child
11. exercise may also reduce the risk of develop- hypertension
ing conditions associated with pregnancy such as gestational diabetes
pregnancy-induced , and urinary incontinence
, KIN 3535 (papadopoulos) Final Exam
Practice Test
12. physiologic responses to acute exercise during increases
pregnancy increases
- oxygen uptake increases
- heart rate increases
- stroke volume increases
- cardiac output increases
- tidal volume increases
- minute ventilation increases
- ventilatory equilivent for oxygen no change/ decreases
- ventilatory equilivent for carbon dioxide no change / decreases
- systolic blood pressure
- diastolic blood pressure
13. cardiac output during pregnancy is higher at an absolute
workload
14. heart rate and stroke volume during pregnancy are higher
both
15. relative contraindications for exercise during preg- anemia
nancy (1) dilation
- bronchitis
- cervical eating
- chronic or other respiratory disorder morbid obesity
- disorder
- extreme
16. relative contraindications for exercise during preg- smoker
nancy (2) sedentary
- heavy premature labor
- history of extremely lifestyle malnutrition
- history of CVD
, KIN 3535 (papadopoulos) Final Exam
Practice Test
- or extreme underweight
- mild/moderate
17. relative contraindications for exercise during preg- orthopedic
nancy (3) seizures
- limitations pregnancy loss
- poorly controlled arrythmia
- recurrent medical conditions
- unevaluated maternal cardiac
- other significant
18. absolute contraindications for exercise during heart disease
pregnancy (1) cervix
- significant intrauterine growth
- incompetent , cervical insufficiency, or cer- bleeding
clage
- restriction
- persistent
19. absolute contraindications for exercise during 26-28
pregnancy (2) preeclampsia
- placenta previa after weeks of gestation lung
- or pregnancy induced-HPTN ruptured
- disease
- membranes
20. absolute contraindications for exercise during anemia
pregnancy (3) HPTN
- severe type I diabetes
- poorly controlled thyrooid disease
- uncontrolled CV, respiratory, systemic
- uncontrolled
- other serious , , or disorder
