A student performing the same lab on equilibrium as you collect the data shown in the table below treat the clamp position as the rotational axis and use the data to determine the levers for the weight of the meter stick and weight of the hanger 

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A student performing the same lab on equilibrium as you collect the data shown in the table below treat the clamp position as the rotational axis and use the data to determine the levers for the weight of the meter stick and weight of the hanger 
**Title: Analyzing Equilibrium in a Physics Lab**

A student performing a lab experiment on equilibrium records the following data for the center-of-mass position, clamp position, and hanger position. The objective is to analyze these data points while treating the meter stick and the weight of the hanger:

| Parameter            | Position (cm) |
|----------------------|---------------|
| Center-of-mass       | 48.3          |
| Clamp position       | 35.4          |
| Hanger position      | 25.5          |

**Calculation Section:**

- **Lever for Meter Stick Weight:**
  - Record your calculations based on the center-of-mass position and clamp position.

- **Lever for Hanger Weight:**
  - Base your calculations on the hanger position.

Use the provided data to calculate the torques required for equilibrium and understand the balancing forces involved in this setup.
Transcribed Image Text:**Title: Analyzing Equilibrium in a Physics Lab** A student performing a lab experiment on equilibrium records the following data for the center-of-mass position, clamp position, and hanger position. The objective is to analyze these data points while treating the meter stick and the weight of the hanger: | Parameter | Position (cm) | |----------------------|---------------| | Center-of-mass | 48.3 | | Clamp position | 35.4 | | Hanger position | 25.5 | **Calculation Section:** - **Lever for Meter Stick Weight:** - Record your calculations based on the center-of-mass position and clamp position. - **Lever for Hanger Weight:** - Base your calculations on the hanger position. Use the provided data to calculate the torques required for equilibrium and understand the balancing forces involved in this setup.
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