Hes 3873 Final--Exam 2 Part 2

Front 1

What does not shorten/lengthen during contraction?

Back 1

Myofilaments

Front 2

What is longest at rest? Maximal exercise?

Back 2

Diastole; Diastole

Front 3

What type of fibers would a cross country runner use? 100-meter swimmer?

Back 3

Type 1; Type 2

Front 4

Oxygenated blood within the heart; deoxygenated

Back 4

Pulmonary vein; pulmonary artery

Front 5

What is carried by hemoglobin

Back 5

O2, CO2, Fe

Front 6

How many ATP are created in Glycolysis and Krebs?

Back 6

32

Front 7

How many grams of glycogen is stored in muscle?

Back 7

375g

Front 8

What causes the greatest O2 deficit?

Back 8

High intensity, non-steady state

Front 9

What is force progression from least to most?

Back 9

Concentric > Isometric > Eccentric

Front 10

What fiber has the most ATPase activity?

Back 10

Type 2

Front 11

Fascilus

Back 11

Perimysuim

Front 12

Muscle

Back 12

Epimysuim

Front 13

Large muscle groups use what type of recruitment? Small?

Back 13

moter unit recruitment; rate coding

Front 14

What correlates with force product?

Back 14

Cross-sectional area/size of a muscle

Front 15

Swinging a bat occurs in what anatomical plane?

Back 15

Transverse

Front 16

Shooting a basketball occurs in what anatomical plane?

Back 16

Sagittal

Front 17

Doing a pull-up occurs in what anatomical plane?

Back 17

Frontal

Front 18

The femur belongs to what skeleton?

Back 18

Appendicular

Front 19

A decrease in temp does what

Back 19

left shift, left shift, harder to release O2

Front 20

Increasing cellular ATP & CP

Back 20

Decreases rate of glycolysis

Front 21

Bone reabsorption

Back 21

Osteoclast

Front 22

Bone Remodeling

Back 22

Osteoblasts

Front 23

Veins belong to a what pressure system

Back 23

low pressure because they have two-way valves while arteries have a high pressure system

Front 24

Stroke Volume

Back 24

EDV-ESV blood per beat

Front 25

Cardiac Output

Back 25

SV-HR blood per minute

Front 26

OBLA

Back 26

4

Front 27

Ligaments

Back 27

Internal

Front 28

Gravity

Back 28

External

Front 29

Acute adaptions to training are all except

Back 29

Increase in glycogen/creatine

Front 30

Chronic adaptions to resistance training

Back 30

Decrease in co-contraction/activation

Front 31

Chronic adaptions to aerobic training

Back 31

Decrease in SBP & DBP @ rest

Front 32

Short term training too much

Back 32

Over-reaching

Front 33

Prolonged training too much

Back 33

Over-training

Front 34

Phosphagen & Glycolytic systems occur where

Back 34

Cytosol

Front 35

Oxidative systems occur where

Back 35

mitochondria

Front 36

lever 1

Back 36

Tricep extension

Front 37

lever 2

Back 37

calf raise

Front 38

lever 3

Back 38

bicep curl

Front 39

NADH produces

Back 39

2.5 ATP

Front 40

FADH produces

Back 40

1.5 ATP

Front 41

What is the size principle of force production?

Back 41

Recruitment of low before high

Front 42

ligaments have

Back 42

plastic and elastic properties