Force And Motion Important MCQs

Embark on an exhilarating journey through the realm of physics with our Force and Motion quiz!

Challenge your understanding of the fundamental principles that govern the dynamics of objects in motion. Whether you’re a physics enthusiast or just curious to test your knowledge, this quiz offers a captivating exploration into the forces that shape our world.

Get ready to engage, learn, and uncover the secrets of motion in a way that’s both educational and fun!

Results

#1. An example of an inertial reference frame is:

any reference frame that is not accelerating

any reference frame that is not accelerating

a frame attached to a particle on which there are no forces

a frame attached to a particle on which there are no forces

any reference frame that is at rest

any reference frame that is at rest

a reference frame attached to the center of the universe

a reference frame attached to the center of the universe

#2. An object moving at constant velocity in an inertial frame must:

have a net force on it

have a net force on it

eventually stop due to gravity

eventually stop due to gravity

not have any force of gravity on it

not have any force of gravity on it

have zero net force on it

have zero net force on it

#3. In SI units a force is numerically equal to the ____, when the force is applied to it.

velocity of the standard kilogram

velocity of the standard kilogram

speed of the standard kilogram

speed of the standard kilogram

velocity of any object

velocity of any object

acceleration of the standard kilogram

acceleration of the standard kilogram

#4. Which of the following quantities is NOT a vector?

Mass

Mass

Displacement

Displacement

Weight

Weight

Acceleration

Acceleration

#5. Acceleration is always in the direction:

of the displacement

of the displacement

of the initial velocity

of the initial velocity

of the final velocity

of the final velocity

of the net force

of the net force

#6. The term “mass” refers to the same physical concept as:

weight

weight

inertia

inertia

force

force

acceleration

acceleration

#7. The inertia of a body tends to cause the body to:

speed up

speed up

slow down

slow down

resist any change in its motion

resist any change in its motion

fall toward Earth

fall toward Earth

#8. The mass of a body:

is slightly different at different places on Earth

is slightly different at different places on Earth

is independent of the free-fall acceleration

is independent of the free-fall acceleration

can be measured most accurately on a spring scale

can be measured most accurately on a spring scale

is the same for all bodies of the same volume

is the same for all bodies of the same volume

#9. The mass and weight of a body:

differ by a factor of 9.8

differ by a factor of 9.8

are identical

are identical

are both a direct measure of the inertia of the body

are both a direct measure of the inertia of the body

have the same ratio as that of any other body placed at that location

have the same ratio as that of any other body placed at that location

#10. A feather and a lead ball are dropped from rest in vacuum on the Moon. The acceleration of the feather is:

the same as that of the lead ball

the same as that of the lead ball

more than that of the lead ball

more than that of the lead ball

less than that of the lead ball

less than that of the lead ball

zero since it floats in a vacuum

zero since it floats in a vacuum

Finish

Related Posts:

• Kinetic Energy and Work Quiz
• Motion In Two And Three Dimensions Quiz
• Equation of Motion
• Kinetic Energy

Conclusion

I hope you like this force and motion quiz, this will help you in upcoming exam, and as well as your knowledge. If you have any question feel free to comment below.