- Question 7 B 1 (51.44 KiB) Viewed 32 times
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(iii) Calculate the period of pendulum oscillation. [1 mark]
Question 7 b
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Question 7 b
Question 7 b
(b) In the figure below, a physical pendulum is oscillating in simple harmonic motion about pivot O and consists of two thin rods. Each thin rod has a length and weight of 1.0 m and 50.0 N respectively. 1 m B -0.5 m 0.5 m (i) Determine the distance from the pivot O if point G is the center of the pendulum mass. [1 mark] (ii) Determine the pendulum's rotational of inertia about an axis passing through the pivot O. [3 marks] etg A
(iii) Calculate the period of pendulum oscillation. [1 mark]
(b) In the figure below, a physical pendulum is oscillating in simple harmonic motion about pivot O and consists of two thin rods. Each thin rod has a length and weight of 1.0 m and 50.0 N respectively. 1 m B -0.5 m 0.5 m (i) Determine the distance from the pivot O if point G is the center of the pendulum mass. [1 mark] (ii) Determine the pendulum's rotational of inertia about an axis passing through the pivot O. [3 marks] etg A
(iii) Calculate the period of pendulum oscillation. [1 mark]