A conical pendulum is a heavy ball suspended at the end of the thin wire of negligible mass. The wire makes a constant angle of 22 degrees with the vertical as the ball completes one revolution of a horizontal circle in 2.6 seconds. Fing the length of the wire.

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A conical pendulum is a heavy ball suspended at the end of the thin wire of negligible mass. The wire makes a constant angle of 22 degrees with the vertical as the ball completes one revolution of a horizontal circle in 2.6 seconds. Fing the length of the wire. 

The image depicts a simple pendulum. 

- There is a horizontal line at the top, representing the point of suspension.
- A straight, slanted line extends from the suspension point to a bob at the bottom, symbolizing the pendulum arm.
- The bob at the end is depicted as a solid circle.
- An angle \(\theta\) is marked between the vertical dashed line and the pendulum arm, indicating the displacement angle of the pendulum.
- Dashed arrows below the bob show the direction of its swing, marking the pendulum's oscillation path.

This diagram visually represents the components and motion of a simple pendulum in physics, illustrating how displacement angle affects pendulum movement.
Transcribed Image Text:The image depicts a simple pendulum. - There is a horizontal line at the top, representing the point of suspension. - A straight, slanted line extends from the suspension point to a bob at the bottom, symbolizing the pendulum arm. - The bob at the end is depicted as a solid circle. - An angle \(\theta\) is marked between the vertical dashed line and the pendulum arm, indicating the displacement angle of the pendulum. - Dashed arrows below the bob show the direction of its swing, marking the pendulum's oscillation path. This diagram visually represents the components and motion of a simple pendulum in physics, illustrating how displacement angle affects pendulum movement.
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