The amplitude of a pendulum is
(a) the time taken for one complete oscillation.
(b) the time taken for half an oscillation.
(c) the distance between the mean position and one extreme position.
(d) the distance between one extreme position and the other extreme position.

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Solution

(a) the distance between the mean position and one extreme position

The amplitude of a pendulum is the distance travelled by the pendulum from the mean position to the extreme position.

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Q. The amplitude of a pendulum is
(a) the time taken for one complete oscillation.
(b) the time taken for half an oscillation.
(c) the distance between the mean position and one extreme position.
(d) the distance between one extreme position and the other extreme position.

Q. One oscillation of a pendulum is
(a) the time taken for a complete to and fro movement.
(b) the distance travelled by the bob from the mean position.
(c) the movement of the bob from one extreme position to the other extreme.
(d) one complete to and fro movement about the mean position.

Q. (a) Draw a neat, labelled diagram of an oscillating pendulum and label the following: mean position, extreme position, amplitude.
(b) Explain one oscillation with the help of the diagram.
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The time period of a pendulum is
(a) the time taken for the bob to move from one extreme position to the other.
(b) the time taken by the bob for one complete to and fro motion about the mean position.
(c) the time taken by the bob to go from the rest position to one extreme and return to the rest position.
(d) none of the above.

Q. Starting from the extreme position, the time taken by an ideal simple pendulum to travel a distance of half the amplitude is

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The amplitude of a pendulum is (a) the time taken for one complete oscillation. (b) the time taken for half an oscillation. (c) the distance between the mean position and one extreme position. (d) the distance between one extreme position and the other extreme position.

(a) the distance between the mean position and one extreme positionThe amplitude of a pendulum is the distance travelled by the pendulum from the mean position to the extreme position.

The amplitude of a pendulum is
(a) the time taken for one complete oscillation.
(b) the time taken for half an oscillation.
(c) the distance between the mean position and one extreme position.
(d) the distance between one extreme position and the other extreme position.

(a) the distance between the mean position and one extreme position

The amplitude of a pendulum is the distance travelled by the pendulum from the mean position to the extreme position.