wayground logo

Free Printable Worksheets

NEW

Font size

S
M
L
XL
Worksheets

Unit 3 - Biomechanics Summative Test

Total questions: 25

Worksheet time: 13mins

Name
Class
Date
1.

How should the arms move during the arm swing phase of a vertical jump?

a)

Arms should swing powerfully upward

b)

Arms should stay at the sides

c)

Arms should cross in front of the body

d)

Arms should be kept behind the back

2.

Which phase of the vertical jump involves controlled eccentric loading that activates the quads and glutes?

a)

Eccentric Phase

b)

Concentric Phase

c)

Arm Swing

d)

Landing

3.

Why is the arm swing important during a vertical jump?

a)

It helps maintain balance

b)

It should swing powerfully upward to aid the jump

c)

It keeps the arms relaxed

d)

It prevents injury

4.

Which of the following is NOT a reason to perform a jump analysis according to the lecture material?

a)

To choose the right exercises

b)

To progress or regress drills

c)

To track fatigue and readiness

d)

To improve nutrition planning

5.

What is the significance of improving reactive strength in jump analysis?

a)

It allows for quick ground contact during plyometrics and sport moves

b)

It increases the time spent in the air

c)

It reduces the need for arm movement

d)

It focuses only on flexibility

6.

What is a potential consequence of ignoring asymmetries found during a jump analysis?

a)

Increased risk of injury to lower body joints

b)

Enhanced cardiovascular endurance

c)

Improved flexibility in the upper body

d)

Better coordination of arm movements

7.

How can jump analysis be used after an injury?

a)

To determine if the athlete has gained weight

b)

To check if mechanics and symmetry have returned

c)

To measure the athlete's height

d)

To assess the athlete's nutrition

8.

Which of the following patterns is considered risky and can be spotted during a jump analysis?

a)

Knee valgus

b)

High jump height

c)

Fast running

d)

Deep breathing

9.

Which condition is shown in the diagram where the knees angle inward?

a)

Knock knees (valgus)

b)

Normal alignment

c)

Bow legs (varus)

d)

Flat feet

10.

What should be observed when analyzing knee alignment during running gait?

a)

Whether the knees are bent or straight

b)

Whether the alignment is inward, outward, or neutral

c)

The speed of knee movement

d)

The color of the runner's shoes

11.

Which aspect of running gait analysis involves checking for excessive pelvic drop or rotation?

a)

Foot Strike

b)

Hip Stability

c)

Trunk

d)

Shoulders

12.

A runner is observed to have asymmetry or rounding in the shoulders. What might this indicate in the context of running gait analysis?

a)

Proper foot strike

b)

Shoulder instability or imbalance

c)

Neutral knee alignment

d)

Stable pelvis

13.

What does uniform wear on the soles of your shoes most likely indicate about your gait?

a)

Overpronation

b)

Underpronation (supination)

c)

Neutral (proper) gait

d)

Flat feet

14.

Which of the following best describes the correct sequence for foot strike during a proper walking gait?

a)

Toe should make contact with the ground first, followed by the heel

b)

Heel should make contact with the ground first, followed by a rolling motion through the mid-foot and pushing off with the toes

c)

Mid-foot should strike the ground first, followed by the heel and then the toes

d)

Toes and heel should strike the ground simultaneously

15.

Which of the following is NOT a characteristic of proper shoulder position during walking?

a)

Shoulders should be relaxed

b)

Shoulders should be slightly back

c)

Shoulders should be raised and tense

d)

Arms should swing naturally at your side

16.

How does trunk stability contribute to proper gait?

a)

By allowing the trunk to move independently from the pelvis

b)

By maintaining a steady and controlled posture, activating core muscles, and ensuring the trunk moves as a single unit with the pelvis

c)

By relaxing all core muscles and letting the spine curve naturally

d)

By keeping the trunk rigid and immobile

17.

What happens to the muscle length during an isometric contraction?

a)

The muscle shortens

b)

The muscle lengthens

c)

The muscle length stays the same

d)

The muscle relaxes completely

18.

Which type of muscle contraction is involved when lifting or moving a load and the muscle shortens?

a)

Eccentric

b)

Isometric

c)

Concentric

d)

Relaxed

19.

While performing a plank exercise and maintaining the position without movement, what type of muscle contraction is primarily occurring?

a)

Eccentric

b)

Isometric

c)

Concentric

d)

Dynamic

20.

The activity shown in the image is an example of movement in which plane?

a)

Transverse

b)

Sagittal

c)

Frontal

d)

Oblique

21.

Which concept is illustrated by the diagram labeled "Three Planes of Motion"?

a)

The different planes in which the human body can move

b)

The types of muscle fibers in the body

c)

The stages of muscle contraction

d)

The process of digestion

22.

Which of the following types of movement occurs in the sagittal plane?

a)

Flexion and extension

b)

Abduction and adduction

c)

Rotation

d)

Circumduction

23.

which term refers to the study of how the body moves and the forces acting on it during physical activity?

a)

Biomechanics

b)

Exercise physiology

c)

Sport psychology

d)

Motor control

24.

Which type of joint is found in the elbow?

a)

Ball and socket

b)

Hinge

c)

Pivot

d)

Gliding

25.

What type of joint is found at the shoulder?

a)

Hinge

b)

Ball and socket

c)

Pivot

d)

Gliding