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Physics MCQs
Current Electricity McqsDynamics MCQs
Electrostatics MCQsGravitation MCQs
Kinematics MCQsLinear Momentum and Collisions MCQs
Magnetism and Electromagnetic Induction MCQsModern Physics Mcqs
Optics MCQsOscillations and Waves MCQs
Physical Quantities and Measurement MCQsProperties of Bulk Matter MCQs
Thermal Physics MCQsWork, Energy, and Power MCQs

The energy possessed by a moving car is:

A. Kinetic energy
B. Potential energy
C. Thermal energy
D. Chemical energy

Answer: Kinetic energy

The power of a device that uses 500 J of energy in 25 seconds is:

A. 20 W
B. 25 W
C. 50 W
D. 10 W

Answer: 20 W

The efficiency of a machine is calculated by:

A. Useful work done / Total energy input
B. Total energy output / Useful work done
C. Work done / Power
D. Force × Distance

Answer: Useful work done / Total energy input

The energy required to compress a spring is an example of:

A. Elastic potential energy
B. Kinetic energy
C. Gravitational potential energy
D. Thermal energy

Answer: Elastic potential energy

The kinetic energy of an object with mass 5 kg and velocity 3 m/s is:

A. 22.5 J
B. 45 J
C. 30 J
D. 15 J

Answer: 22.5 J

The work done to move an object against a force is equal to:

A. The force applied times the distance moved
B. The power used times the time
C. The change in potential energy
D. The energy stored in the object

Answer: The force applied times the distance moved

The power of a machine that performs 2000 J of work in 50 seconds is:

A. 40 W
B. 100 W
C. 50 W
D. 20 W

Answer: 40 W

The energy conversion in a wind turbine is from:

A. Mechanical to electrical
B. Electrical to mechanical
C. Chemical to mechanical
D. Thermal to mechanical

Answer: Mechanical to electrical

The energy required to heat 1 kg of water by 10°C is approximately:

A. 40,000 J
B. 10,000 J
C. 4,000 J
D. 1,000 J

Answer: 40,000 J