Midterm Flashcards

1
Q

What are all the components considered when calculating work

A

Force distance

Not time

?

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2
Q

Minimal percent of the 1rm needed for increasing muscular strength

A

%60

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3
Q

Training volume formula

A

Weight lifted times reps times sets

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4
Q

What type

Of training cause DOMS ?

A

Eccentric (negative)

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5
Q

What is optimal sets per muscle group for max strength gains?

A

4

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6
Q

% of 1 rm to increase muscle hypertrophy?

A

70-85

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7
Q

Energy generated at a high rate converts pyruvate into?

A

Lactate

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8
Q

Proteins that make up the thin filament include which of the following structures?

A

Actin, troponin, tropomyosin

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9
Q

Recommend ranges to improve cardio respiratory endurance

A

20-60 minutes 3-5 days a week

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10
Q

Karvonen method

A

206.9-(0.67•age)=mhr
Mhr-(rhr)=x
X•.70=y
Y+rhr

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11
Q

Term used to describe training the joints susceptible to injury

A

Prehabilitation

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12
Q

Multi joint exercise for training primary muscles for punting

A

Front step lunge

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13
Q

Training method to fatigue then taking off weight and going to fatigue again

A

Drop set

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14
Q

Power

A

Weight lifted divided by vertical distance weight is lifted divided by time

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15
Q

What is the difference between work and power?

A

Work is force • distance

Power is rate of doing work or work divided by time.

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16
Q

Newton

A

4.45

The force needed to accelerate 1kg (2.2) of mass at the rate of 1 meter (.9) per second squared

17
Q

Joules

A

2.2
Energy transferred to object when the force of one Newton (4.45) acts on object in the direction of its motion is a distance of 1 meter

18
Q

Hypertrophy

A

Increasing actin myosin filament and socomer

19
Q

Hyperplasia

A

Increase muscle fiber.

1 fiber into 2

20
Q

Myoglobin

A

Found in type 1 muscle fibers responsible for transporting oxygen in that muscle fiber gives it a reddish color. Lots of oxygen

21
Q

Satellite cell

A

Stemcellthat can turn into anything

22
Q

Minutes of aerobic trading recommend per week

23
Q

Thr lower

24
Q

Thr high

25
Plyometrics
Squat 60% of own body weight at 5 reps Upper body 1rm of body weight at least 1 time Not over 220 lbs or higher than 18 inches
26
Exertional rhabdomyolysis
Excessive muscle tissue breakdown
27
What type of action involves a muscle contracting at 100% of maximal action against an immovable object
Isometric
28
Bcaa
Leucine, isoleucine, valine
29
Progressive overload
Practice of continually increasing the stress placed on the body as force power or endurance capabilities increase due to training
30
Progressive resistance
Stress of resistance training is gradually increased as fitness gains are achieved with training
31
Breathing
Exhaling during the lifting of the resistance and inhaling during the lowering of the resistance
32
Length tension curve
Optimal length at which muscle fibers generate max force
33
Anaerobic glycolytic system training aka interval training
30 sec - 2 minutes intervals with a work rest ratio of 1:3
34
Hitt training times
4-30 minutes
35
Pnf
Proprioceptive neuromuscular facilitation
36
Plyometrics advanced
120 to 140