A simple pendulum 4 m long swings with an amplitude of 0.2m. Compute the velocity of the pendulum at its lower point and its acceleration at extreme end.

Question

Asked on April 10, 2026Physics

This physics problem tests your understanding of fundamental physical laws and their applications. The step-by-step solution below breaks down the problem using relevant equations and physical reasoning.

Accepted Answer · 2026-04-10T02:43:39.018Z

Here are the solutions to the questions: 14. A simple pendulum 4 m long swings with an amplitude of 0.2m. Compute the velocity of the pendulum at its lower point and its acceleration at extreme end. Given: Length of pendulum, L = 4 m Amplitude, A = 0.2 m Acceleration due to gravity, g = 9.8 m/s^2 i) Velocity at the lower point (v_max): Step 1: Calculate the angular frequency . = sqrt((g)/(L)) = \

Accepted Answer · 2026-04-10T02:43:39.018Z

Here are the solutions to the questions: 14. A simple pendulum 4 m long swings with an amplitude of 0.2m. Compute the velocity of the pendulum at its lower point and its acceleration at extreme end. Given: Length of pendulum, L = 4 m Amplitude, A = 0.2 m Acceleration due to gravity, g = 9.8 m/s^2 i) Velocity at the lower point (v_max): Step 1: Calculate the angular frequency . = sqrt((g)/(L)) = \

A simple pendulum 4 m long swings with an amplitude of 0.2m. Compute the velocity of the pendulum at its lower point and its acceleration at extreme end.

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A simple pendulum 4 m long swings with an amplitude of 0.2m. Compute the velocity of the pendulum at its lower point and its acceleration at extreme end.

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