KINETIC OF PARTICLES ( WORK-ENERGY/IMPULSE MOMENTUM METHOD)

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IKA ALIA SYAZREEN HARYONO

Malasia

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KINETIC OF PARTICLES ( WORK-ENERGY/IMPULSE MOMENTUM METHOD)Versión en línea test your knowledge por IKA ALIA SYAZREEN HARYONO 1 What is the work-energy method ? a The work-energy method relates the work done on an object to its change in kinetic energy. b It focuses solely on potential energy changes. c It states that energy cannot be created or destroyed. d It describes the relationship between force and mass. 2 In the work-energy method, what does the work done by friction do to the system’s mechanical energy? a The work done by friction converts mechanical energy into thermal energy without loss. b The work done by friction has no effect on the system's mechanical energy. c The work done by friction decreases the system's mechanical energy d The work done by friction increases the system's mechanical energy. 3 Work is defined as the product of which two quantities? a Mass and velocity b Force and displacement c Energy and time d Power and area 4 Which of the following units correctly represents the result of the Work-Energy Method? a Watts b Pascals c Newtons d Joules 5 Harper pushes a 2 kg object with a force of 10 N across a frictionless surface for 3 m. What is its final speed? a 5.48 m/s b 9.81 m/s c 7.00 m/s d 3.14 m/s 6 If a force acts on a particle for a longer time, what happens to the impulse? a The impulse increases. b The impulse becomes negative. c The impulse remains the same. d The impulse decreases. 7 Which of the following units correctly represents impulse? a Pascals (Pa) b Joules (J) c Kilogram-meters (kg·m) d Newton-seconds (Ns)

KINETIC OF PARTICLES ( WORK-ENERGY/IMPULSE MOMENTUM METHOD)Versión en línea

test your knowledge

por IKA ALIA SYAZREEN HARYONO

What is the work-energy method ?

The work-energy method relates the work done on an object to its change in kinetic energy.

It focuses solely on potential energy changes.

It states that energy cannot be created or destroyed.

It describes the relationship between force and mass.

In the work-energy method, what does the work done by friction do to the system’s mechanical energy?

The work done by friction converts mechanical energy into thermal energy without loss.

The work done by friction has no effect on the system's mechanical energy.

The work done by friction decreases the system's mechanical energy

The work done by friction increases the system's mechanical energy.

Work is defined as the product of which two quantities?

Mass and velocity

Force and displacement

Energy and time

Power and area

Which of the following units correctly represents the result of the Work-Energy Method?

Watts

Pascals

Newtons

Joules

Harper pushes a 2 kg object with a force of 10 N across a frictionless surface for 3 m. What is its final speed?

5.48 m/s

9.81 m/s

7.00 m/s

3.14 m/s

If a force acts on a particle for a longer time, what happens to the impulse?

The impulse increases.

The impulse becomes negative.

The impulse remains the same.

The impulse decreases.

Which of the following units correctly represents impulse?

Pascals (Pa)

Joules (J)

Kilogram-meters (kg·m)

Newton-seconds (Ns)

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KINETIC OF PARTICLES ( WORK-ENERGY/IMPULSE MOMENTUM METHOD)

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KINETIC OF PARTICLES ( WORK-ENERGY/IMPULSE MOMENTUM METHOD)Versión en línea

por IKA ALIA SYAZREEN HARYONO

What is the work-energy method ?

In the work-energy method, what does the work done by friction do to the system’s mechanical energy?

Work is defined as the product of which two quantities?

Which of the following units correctly represents the result of the Work-Energy Method?

Harper pushes a 2 kg object with a force of 10 N across a frictionless surface for 3 m. What is its final speed?

If a force acts on a particle for a longer time, what happens to the impulse?

Which of the following units correctly represents impulse?

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