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Aerobic/Anaerobic Adaptations

Total questions: 14

Worksheet time: 7mins

Name
Class
Date
1.

What section of the heart experiences the greatest adaptation in response to aerobic training?

a)

Right ventricle

b)

Left ventricle

c)

Right atrium

d)

Left atrium

2.

Who typically has higher stroke volume

a)

larger people

b)

smaller people

c)

older people

d)

younger people

3.

What best explains hematocrit

a)

The amount of blood gained during exercise

b)

The total blood volume of a post-trained body

c)

The ratio of red blood cell volume to total blood volume

4.

Aerobic training increases which type of muscle fibers

a)

Type I

b)

Type IIa

c)

Type IIx

5.

Which of these is not one of the 4 factors which account for enhanced bloodflow when training?

a)

Increased capillarization

b)

greater recruitment of existing capillaries

c)

More effective blood flow redistribution from an active regions

d)

Decreased total blood volume

6.

What 2 pathways increase during anaerobic training?

a)

Oxidative and Glycolitic

b)

Atp pcr and Glycolitic

c)

Atp pcr and oxidative

7.

How long is a marathon

a)

26 miles

b)

26.2 miles

c)

27 miles

d)

27.4 miles

8.

What happens to your resting heart rate upon increasing aerobic fitness

a)

remains the same

b)

drops

c)

rises

d)

all the above

9.

What is the last point at which lactate is being removed as fast as is it being produced?

a)

lactate threshold

b)

threshold point

c)

anaerobic metabolism

10.

Which is not an anaerobic sport?

a)

basketball

b)

weightlifting

c)

cross country

d)

football

11.

What type of respiration is most efficient?

a)

aerobic

b)

anaerobic

c)

doesn't matter

12.

What muscle fibers increase with aerobic exercise?

a)

Type IIa

b)

Type I

c)

Type IIx

d)

none of the above

13.

With aerobic stroke training- What factors will increase?

a)

SVmax

b)

Heart Volume

c)

Systolic BPmax

d)

all of the above

14.

What is most likely to develop after intense anaerobic strength training?

a)

Lactic Acid

b)

Creatine kinase

c)

glycolytic enzymes

d)

all of the above