Work-Energy Theorem Quiz

Froggy Jumps

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Energy and work basics

Créé par

May Flor Vegafria

Philippines

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Work-Energy Theorem Quiz


Froggy Jumps Work-Energy Theorem QuizVersion en ligne Energy and work basics par May Flor Vegafria 1 What does the work-energy theorem state about the net work on an object? a Net work equals the change in the object's potential energy b Net work equals the product of mass and velocity c Net work equals the change in the object's kinetic energy 2 If the net work on a particle is negative, what happens to its kinetic energy? a Kinetic energy stays the same b Kinetic energy increases c Kinetic energy decreases 3 If velocity doubles, how does kinetic energy change? a It increases by a factor of four b It remains the same c It doubles 4 For an object moving at constant speed with no net force, what is the net work done on it? a Negative b Zero c Positive 5 Which statement is true about positive work on a body moving along a path? a It decreases kinetic energy b It increases the body's kinetic energy c It increases potential energy only 6 Give an example of positive work increasing kinetic energy. a Pushing a stalled cart to make it accelerate b Holding a stopped cart still c Car brakes applying force to stop it 7 What are the typical units for work and kinetic energy? a Watts (W) b Newtons (N) c Joules (J) 8 If an object has greater mass but the same velocity, what happens to its kinetic energy? a Kinetic energy stays the same b Kinetic energy increases c Kinetic energy decreases 9 If a force acts opposite to the direction of motion, the work is: a Positive b Zero c Negative 10 What is the work-energy theorem formula? a W_net = ΔK = 1/2 m v^2_final − 1/2 m v^2_initial b F·d = ΔK c W = mgh

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Work-Energy Theorem Quiz

Froggy Jumps

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Créé par

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Work-Energy Theorem QuizVersion en ligne

par May Flor Vegafria

What does the work-energy theorem state about the net work on an object?

If the net work on a particle is negative, what happens to its kinetic energy?

If velocity doubles, how does kinetic energy change?

For an object moving at constant speed with no net force, what is the net work done on it?

Which statement is true about positive work on a body moving along a path?

Give an example of positive work increasing kinetic energy.

What are the typical units for work and kinetic energy?

If an object has greater mass but the same velocity, what happens to its kinetic energy?

If a force acts opposite to the direction of motion, the work is:

What is the work-energy theorem formula?