Biomechanics Final
Biomechanics Final Quiz
Test your knowledge in the fascinating field of biomechanics with this comprehensive quiz! Covering essential concepts such as forces, motion, and the principles of physics that govern human movement, this quiz is perfect for students and enthusiasts alike.
Key Features:
- 10 thought-provoking multiple-choice questions
- Instant feedback on your answers
- Great way to review for exams or deepen your understanding
The process of taking all of the independent forces acting on an object and calculating the net force is termed:
Vector composition
Vector resolution
Vector division
Vector determination
Inertia is:
something that causes or tends to cause a change in the motion of an object or body
A body's resistance to having its state of motion changed
the space a body occupies
the effect of a force
The amount of matter an object contains
Mass is an important quantity in kinetics because it quantifies:
The quality of matter in a body
None of these answer choices are correct
The inertia of a body
The rate of change of motion of a body
The net force acting on a body
A free-body diagram displays:
the weight distribution of a body on a surface
The pressure distribution of a body on a surface
The mass distribution of a body
the forces acting on a body
None of these answer choices are correct
If two vectors lying in the same plane are added together and the result is zero, which of the following is true of the vector quantities?
They are opposite in direction.
They are equal in magnitude.
Both A and B.
None of the above.
The process of determining each of the forces that combine to make up a resultant force is called:
Vector resolution
Trigonometry
Scalar composition
Vector composition
Scalar resolution
The force that acts perpendicular to an object in contact with a surface is called:
A normal force
A colinear force
A shear force
An internal force
A resolved force
The force that acts parallel to an object in contact with a surface is called:
A shear force
A resolved force
A colinear force
An internal force
A normal force
As the normal force increases, what happens to the force of friction?
It remains constant
It decreases
This depends on the weight of the object
It increases
It disappears
As the surface area of two objects in contact increases, what happens to the force of friction?
It decreases
It disappears
This depends on the weight of the object
It remains constant
It increases
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