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4.2 - Movement Analysis Review

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Last updated over 5 years ago
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Question 1
1.

What synovial joint movement is occurring at the ankles?

Question 2
2.

What synovial joint movements are occurring at Steph Curry's right:
a) Shoulder
b) Elbow
c) Wrist

Question 3
3.

Question 4
4.

Question 5
5.

Question 6
6.

Question 7
7.

Question 8
8.

Question 9
9.

Question 10
10.

Question 11
11.

Question 12
12.

State the synovial joint movement demonstrated in #1

Question 13
13.

State the synovial joint movement demonstrated in #2

Question 14
14.

State the synovial joint movement demonstrated in #3

Question 15
15.

State the synovial joint movement demonstrated in #4

Question 16
16.

State the synovial joint movement demonstrated in #5

Question 17
17.

State the synovial joint movement demonstrated in #6

Question 18
18.

State the synovial joint movement demonstrated in #7

Question 19
19.

State the synovial joint movement demonstrated in #8

Question 20
20.

State the synovial joint movement demonstrated in #9

Question 21
21.

State the synovial joint movement demonstrated in #1

Question 22
22.

State the synovial joint movement demonstrated in #2

Question 23
23.

State the synovial joint movement demonstrated in #3

Question 24
24.

State the synovial joint movement demonstrated in #4

Question 25
25.

State the synovial joint movement demonstrated in #5

Question 26
26.

State the synovial joint movement demonstrated in #6

Question 27
27.

State the synovial joint movement demonstrated in #7

Question 28
28.

State the synovial joint movement demonstrated in #9

Question 29
29.

State the synovial joint movement demonstrated in #10

Question 30
30.

Question 31
31.

Question 32
32.

Question 33
33.

Question 34
34.

Apply the concept of reciprocal inhibition to describe what happens at the knee joint during both the downward phase and upward phase [8].

Consider the following questions when giving your response:
1. What synovial joint movements are occurring at the identified joint?
2. What muscle(s) are functioning as the agonist & antagonist?
3. What muscle contractions occurring throughout both the downward & upward phase of the movement?
4. How does reciprocal inhibition apply during this movement? What muscles are being inhibited and when/how? Are they relaxing concentrically or eccentrically?

Question 35
35.

Describe DOMS [12].

Consider:
1. What is DOMS? [4]
- When does it occur?
- How long does it last?
- With what type of exercise is it most commonly associated with/
2. What causes DOMS? [4]
- Include at least 4 causes
3. What are some ways we can prevent DOMS? [4]
- Include at least 4 things that can be done to prevent DOMS

During the preparation phase, the subject's ankles are in:
Flexion
Extension
Plantarflexion
Dorsiflexion
During the preparation phase, the subject's knees are in:
Flexion
Extension
Plantarflexion
Dorsiflexion
During the preparation phase, the subject's shoulders are in:
Flexion
Extension
Abduction
Supination
During the preparation phase, the subject's hips are in:
Flexion
Extension
Abduction
Adduction
During the action phase, the subject's ankles are in:
Flexion
Extension
Plantarflexion
Dorsiflexion
During the action phase, the subject's knees are in:
Flexion
Extension
Plantarflexion
Dorsiflexion
During the action phase, the subject's hips are in:
Flexion
Extension
Abduction
Pronation
In the two middle images the subject's legs are in:
Extension
Plantarflexion
Adduction
Abuduction
In the image on the far right the subject's shoulders are in:
Extension
Flexion
Adduction
Abuduction
Identify the description for a concentric muscle contraction
This type of contraction generates forces during muscle shortening at a constant speed. Tension remains the same / constant load is moved through the range of motion
Occurs when the muscle is under tension, but no muscle shortening or lengthening takes place
When the muscle lengthens as it contracts, and the load or resistance is greater than the force that is being produced by the muscle
When the muscle shortens as it contracts, producing a force that is greater than the load or resistance
Identify the description for a isometric muscle contraction
When the muscle shortens as it contracts, producing a force that is greater than the load or resistance
When the muscle lengthens as it contracts, and the load or resistance is greater than the force that is being produced by the muscle
Occurs when the muscle is under tension, but no muscle shortening or lengthening takes place
This type of contraction generates forces during muscle shortening at a constant speed. Tension remains the same / constant load is moved through the range of motion
Identify the description for a isokinetic muscle contraction
When the muscle lengthens as it contracts, and the load or resistance is greater than the force that is being produced by the muscle
This type of contraction generates forces during muscle shortening at a constant speed. Tension remains the same / constant load is moved through the range of motion
Occurs when the muscle is under tension, but no muscle shortening or lengthening takes place
When the muscle shortens as it contracts, producing a force that is greater than the load or resistance
Identify the description for a eccentric muscle contraction
When the muscle shortens as it contracts, producing a force that is greater than the load or resistance
When the muscle lengthens as it contracts, and the load or resistance is greater than the force that is being produced by the muscle
Occurs when the muscle is under tension, but no muscle shortening or lengthening takes place
This type of contraction generates forces during muscle shortening at a constant speed. Tension remains the same / constant load is moved through the range of motion