A rope wrapped around a pulley of radius r is pulled with a force F, as seen in the figure. The magnitude of the torque due to F about the pivot point is determined by |τ|=|rxF|=rFsinθ. Choose the value that correctly identifies the angle θ that results in a correct calculation of torque. a) Not enough information given b) 50 degrees c) 180 degrees d) 40 degrees e) 90 degrees f) 0 degrees

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Chapter1: Units, Trigonometry. And Vectors
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A rope wrapped around a pulley of radius r is pulled with a force F, as seen in the figure.

The magnitude of the torque due to F about the pivot point is determined by |τ|=|rxF|=rFsinθ.

Choose the value that correctly identifies the angle θ that results in a correct calculation of torque.

a) Not enough information given

b) 50 degrees

c) 180 degrees

d) 40 degrees

e) 90 degrees

f) 0 degrees

The image depicts a force and lever system. It shows a circular disk with a lever attached at the edge. The lever is angled at 50 degrees relative to an applied force \( F \).

Details:

- **Disk**: A circular disk is shown with a center point.
- **Radius (r)**: A line labeled \( r \) extends from the center of the disk to the point where the lever is attached.
- **Lever**: The lever is drawn at a 50-degree angle from the vertical.
- **Force (F)**: An arrow labeled \( F \) indicates the direction of the applied force, which acts downward along the lever.

This setup is typically used to demonstrate principles of rotational dynamics, where the lever and force generate torque about the center of the disk.
Transcribed Image Text:The image depicts a force and lever system. It shows a circular disk with a lever attached at the edge. The lever is angled at 50 degrees relative to an applied force \( F \). Details: - **Disk**: A circular disk is shown with a center point. - **Radius (r)**: A line labeled \( r \) extends from the center of the disk to the point where the lever is attached. - **Lever**: The lever is drawn at a 50-degree angle from the vertical. - **Force (F)**: An arrow labeled \( F \) indicates the direction of the applied force, which acts downward along the lever. This setup is typically used to demonstrate principles of rotational dynamics, where the lever and force generate torque about the center of the disk.
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