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A3- A string of length Land a bob of mass m form a simple pendulum with peri T= 2s. The period of a pendulum with the same length but a bob of mass 4m is: a) 0.5 s b) 1 s c) 2 s d) 4 s 44- The total mechanical energy of a particle in simple harmonic motion depends on the amplitude of the motion as a) Eet * A* b) Erer A² c) Eter & A d) Eet A1/2

A3- A string of length Land a bob of mass m form a simple pendulum with peri T= 2s. The period of a pendulum with the same length but a bob of mass 4m is: a) 0.5 s b) 1 s c) 2 s d) 4 s 44- The total mechanical energy of a particle in simple harmonic motion depends on the amplitude of the motion as a) Eet * A* b) Erer A² c) Eter & A d) Eet A1/2

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d) 24 st A3- A string of length Land a bob of mass m form a simple pendulum with peri T= 2s. The period of a pendulum with the same length but a bob of mass 4m is: a) 0.5 s b) 1 s c) 2 s d) 4 s A4- The total mechanical energy of a particle in simple harmonic motion depends on the amplitude of the motion as a) Eet A b) Eret A² c) Ever A d) Eter A1/2
Transcribed Image Text:d) 24 st A3- A string of length Land a bob of mass m form a simple pendulum with peri T= 2s. The period of a pendulum with the same length but a bob of mass 4m is: a) 0.5 s b) 1 s c) 2 s d) 4 s A4- The total mechanical energy of a particle in simple harmonic motion depends on the amplitude of the motion as a) Eet A b) Eret A² c) Ever A d) Eter A1/2
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