Biomechanics quiz 2

Create an image of a runner on a track with dynamic motion lines indicating speed and acceleration, featuring biomechanics diagrams in the background.

Biomechanics Quiz Challenge

Test your knowledge in biomechanics with our engaging quiz! This quiz contains 10 multiple choice questions that will challenge your understanding of motion, velocity, and acceleration.

Whether you're a student or just curious about the science behind movement, this quiz is perfect for you! Select the correct answers and see how well you know the concepts that govern biomechanics.

  • 10 thought-provoking questions
  • Multiple choice format
  • Score and track your performance
10 Questions2 MinutesCreated by LearningWave421
Velocity is calculated as:
Displacement divided by time
Force divided by time.
Force divided by distance.
Distance divided by time.
Force times distance.
Which type of motion is used to describe the flight of a softball after it leaves the bat and sails in an arc over the outfield fence?
Recticurvi motion
Rectilinear motion
Angular motion
Linear motion
Curvilinear motion
Units of acceleration are:
M/s/s
M/s
S
Mi/hr
M
When a runner has completed one full lap around a 400 m track, what is the runner's displacement with respect to the starting position?
400 m
Need more information to calculate
0 m
800 m
When a runner has completed one full lap around a 400 m track, what is the runner's distance with respect to the starting position?
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0 m
400 m
800 m
Which of the following is a scalar quantity?
Speed
Distance
Both
Neither
Acceleration describes the time rate of change of:
Direction
Velocity
Inertia
Distance
Displacement
Which of the following explains why a positive acceleration does not always indicate an increase in the magnitude of velocity?
Acceleration is calculated from instantaneous velocity, and that value is typically positive.
Horizontal velocity is independent of gravity.
Positive acceleration always indicates an increase in the magnitude of velocity.
Gravity is usually negative.
Acceleration of a body can reflect a change in the velocity direction.
If an object’s initial coordinates are (3, 5, 0), and the final coordinates are (6, –2, –4), what is the object’s displacement?
3 units right, 3 units down, and 4 units forward
9 units right, 7 units down, and 4 units backward
3 units left, 7 units up, and 4 units forward
3 units right, 7 units down, and 4 units backward
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In mechanics, acceleration may be used to describe:
A change in motion of a body at rest or in motion.
An increase in speed of a body at rest.
A change in direction of a moving body,
All of the above.
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