Week 2 Flashcards

1
Q

What is aerobic exercise

A

low power outputs that help improve cardiorespiratory health
- running/cycling/swimming

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2
Q

FITT acronym

A

F - frequency
I - intensity
T - time
T - type

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3
Q

Frequency principle

A

5 days a week of moderate

3 days a week of vigorous

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4
Q

Intensity principle

A

most important factor in determining training effect
- % MHR
- HRR
- %VO2max
- RPE
- talk-test method

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5
Q

% Maximal Heart Rate (%MHR)

A

60-90% of MHR
MHR = 220 - age

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6
Q

Heart Rate Reserve method (HRR)

A

50-85% of HRR
HHR = 220 - age - RHR

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7
Q

% of VO2max

A

VO2max = max amount of oxygen delivered to muscles

HR used b/c has a linear relationship with VO2max

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8
Q

Metabolic Equivalents

A

sitting at rest, the rate of energy expended = 3.5 METs

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9
Q

Rate of percived exertion (RPE)

A

heart rate divided by 10 and ranked on a scale
- highest = 20, lowest = 6

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10
Q

Talk test

A

you should be able to carry a conversation but not sing, if you cant talk the intensity is too high

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11
Q

Time principle

A

moderate exercise >150 mins a week

vigorous exercise >75 mins a week

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12
Q

Type principle

A

large muscle groups required, small muscle groups fatigue before CV system is stressed

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13
Q

Warm up benefits

A
  • prevents muscle acidity too early in workout
  • lessens chance of inadequate blood flow to heart
  • improved cardiorespiratory performance
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14
Q

RAMP

A

R - RAISE blood flow/temp
A/M - ACTIVATE muscles through MOBILIZATION of muscles
P - POTENTIATE specific movements/loads/intensities

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15
Q

Cool down

A
  • maintains venous return to the heart/brain
  • maintains a large blood supply to the muscle
  • hastens removal of lactate
  • reduces [conc] of exercise hormones
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16
Q

Flexibility defenition

A

absolute ROM at a given joint

17
Q

common training errors

A
  • not individualizing program
  • not warming up effectively
  • not recovering or cooling down
  • too much too soon
18
Q

Mobility definition

A

the ability to move or be moved freely and easily

19
Q

Static flexibility

A

ROM about a joint during passive movement

20
Q

Dynamic flexibility

A

available ROM during active movements

21
Q

development of flexability

A
  • 4+ stretches per joint 2/3 days a week after exercise
  • slowly elongate the muscle & staticly hold
  • 2 to 4 reps, hold 15-60 seconds
22
Q

static stretching

A

hold for 20 sec, lessens the sensitivity of receptors

23
Q

passive static stretching

A

involves external force like gravity or a partner

24
Q

active static stretching

A

moving limbs into position by contracting the agonist muscle with no external force

25
dynamic stretching
combines stretching & movements in all planes
26
Proprioceptive Neuromuscular Facilitation (PNF)
muscle is positioned so its already stretched, then contract the muscle group with resistance to inhibit the movement, resulting in a isometric contraction
27
Neuromotor Exercise
includes agility, coordination, gait and balance - exercises involving motor skills 20-30 mins a day
28
tight muscles
exist in an opposing pattern - tight trapezius = tight pectoral
29
Movement-Based Approach
1. address movement mechanics 2. address joint mechanics 3. sliding surface dysfunction 4. muscle length
30
Joint mechanics method
joint capsules need space to operate therefor banded distractions can improve capsules
31
Sliding surface dysfunction method
foam rolling, stick rolling, baseball rolling to release trigger points on the body and "unglue" the skin from the muscle
32
muscle length method
loading a muscle at its end ROM to increase its length and restore effective muscle contraction
33
3 things warm up should include
1. submaximal intensity aerobic activity 2. large amplitude dynamic stretching 3. sport-specific dynamic activities
34
5 reasons static stretching doesnt prevent injury
1. increased muscle compliance ruptures tissues easier 2. stretching doesnt effect compliance during eccentric activity, when injuries occur 3. stretching can produce damage to muscle fibre 4. stretching masks muscle pain 5. increased time to transmit force from muscle to bone
35
Lower Crossed Syndrome
Tight Erector spinae and iliopsoas Weak gluteus maximus and abdominal
36
Upper Crossed Syndrome
Tight trapezius and pectoral Weak neck flexors and lower trapezius
37
Joint by Joint Approach
different joints of the body have different purposes/mobilities/stability functions, therefor we should focus on each joint differently
38
Breathings effect
- can stimulate inflammation, causing soft tissue problems like myofascial pain syndrome - can bring about a shift in pH and trigger the inflammatory process
39
Crocodile Breathing
laying on your stomach, breathing in the nose and out the mouth for 4s and 6s, trying to inhale into the abdomen and expand laterally