**Educational Explanation:**The task involves experimentally determining the angles and masses needed for two forces to balance. This balance is achieved using an equilibrant force, denoted as E, which counteracts the resultant force, R.### Instructions1. **Record the Experimental Data:** - Measure the angles and the mass necessary (including the hanger) to balance the other two forces.2. **Equilibrant Force (E):** - The force that balances the resultant force, R.3. **Resultant Force (R):** - Calculate this based on the experimental results, ensuring that it has the same magnitude as E but in the opposite direction.### Experimental Data Table| Force | Angle | Mass ||------------|-------|-------|| 1 (F₁) | 30° | 240 g || 2 (F₂) | 130° | 330 g || Equilibrant| | || Resultant | | |This is referred to as **Table #1**.### Note- Ensure that all measurements are accurate and that you correctly include the mass of the hanger in your calculations.This activity allows students to understand vector forces and the concept of equilibrium in physics.

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Description: **Educational Explanation:**The task involves experimentally determining the angles and masses needed for two forces to balance. This balance is achieved using an equilibrant force, denoted as E, which counteracts the resultant force, R.### Instruct

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3. Record the experimental angle and amount of mass (don't forget to include the hanger) needed to balance the other two forces in the data table below. (This is the_ equilibrant force E that balances the resultant force R). Now determine and record the resultant force R based on your experimental results for the equilibrant force E. (The resultant force will be equal in magnitude to the equilibrant, but in the opposite direction.) Experimental Determination Angle Force Mass F1 We will call this table, 240 g 330 g 30 2 F2 130 Table #1 Equilibrant Resultant

3. Record the experimental angle and amount of mass (don't forget to include the hanger) needed to balance the other two forces in the data table below. (This is the_ equilibrant force E that balances the resultant force R). Now determine and record the resultant force R based on your experimental results for the equilibrant force E. (The resultant force will be equal in magnitude to the equilibrant, but in the opposite direction.) Experimental Determination Angle Force Mass F1 We will call this table, 240 g 330 g 30 2 F2 130 Table #1 Equilibrant Resultant

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ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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**Educational Explanation:**

The task involves experimentally determining the angles and masses needed for two forces to balance. This balance is achieved using an equilibrant force, denoted as E, which counteracts the resultant force, R.

### Instructions
1. **Record the Experimental Data:**
- Measure the angles and the mass necessary (including the hanger) to balance the other two forces.

2. **Equilibrant Force (E):**
- The force that balances the resultant force, R.

3. **Resultant Force (R):**
- Calculate this based on the experimental results, ensuring that it has the same magnitude as E but in the opposite direction.

### Experimental Data Table

| Force | Angle | Mass |
|------------|-------|-------|
| 1 (F₁) | 30° | 240 g |
| 2 (F₂) | 130° | 330 g |
| Equilibrant| | |
| Resultant | | |

This is referred to as **Table #1**.

### Note
- Ensure that all measurements are accurate and that you correctly include the mass of the hanger in your calculations.

This activity allows students to understand vector forces and the concept of equilibrium in physics.

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