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KINE 1301 - Biomechanics

Total questions: 10

Worksheet time: 5mins

Name
Class
Date
1.

Biomechanics is ...

a)

the study of the mechanical laws and principles that govern movement in biological systems, particularly in the human body. 

b)

The study of mechanics

c)

The study of mechanical engineering of the human body

d)

The study of bioengineering

2.

Which of the following best describes kinematics?

a)

Study of forces causing motion

b)

Study of motion without considering forces

c)

Analysis of chemical reactions

d)

Investigation of muscle fatigue

3.

What role do muscle forces play in biomechanics?

a)

They resist sliding motion

b)

They are exerted by gravity

c)

They generate movement through contractions

d)

They provide stability only

4.

What is torque in the context of biomechanics?

a)

A push or pull acting on an object

b)

A scalar quantity indicating speed

c)

Rotational force causing movement around an axis

d)

The total distance traveled

5.

Which of the following is a kinematic variable?

a)

Torque

b)

Velocity

c)

Ground reaction forces

d)

Muscle contractions

6.

How is biomechanics applied in sports performance enhancement?

a)

By increasing muscle mass

b)

By analyzing and refining athletic techniques

c)

By developing new sports rules

d)

By reducing the number of games

7.

How does biomechanics assist in injury prevention?

a)

By designing new sports equipment

b)

By identifying faulty movement patterns

c)

By analyzing chemical reactions

d)

By increasing the number of sports events

8.

What is linear motion?

a)
  • Movement along a straight path, such as running straight ahead.


b)

movement around an axis

c)

movement in a spiral pattern

d)

movement up and down

9.

What is angular motion?

a)

motion where the body moves along the curved path

b)

Movement along a straight path

c)

movement of a zig-zag pattern

d)

movement up and down

10.

What are the types of forces in biomechanics?

a)

muscle forces

b)

gravitational forces

c)

ground reaction forces

d)

frictional forces