B Identify the correct point for the simple lever shown above 1. pivot point (fulcrum) 2. point at which effort force (input) acts 3. point at which load force (output) gets applied

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Author:Raymond A. Serway, Chris Vuille
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Chapter1: Units, Trigonometry. And Vectors
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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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**Lever Identification and Calculation Worksheet**

**Identify the correct point for the simple lever shown above:**

1. **Pivot Point (Fulcrum):**  
   ___________

2. **Point at Which Effort Force (Input) Acts:**  
   ___________

3. **Point at Which Load Force (Output) Gets Applied:**  
   ___________

**Calculate:**

4. **Distance from the Effort Force to the Pivot (Effort Arm):**  
   ___________

5. **Distance from the Load Force to the Pivot (Load Arm):**  
   ___________

6. **Mechanical Advantage (M.A.):**  
   ___________

**Usage:**

7. **If the Input Force is 10 N, What Will Be the Output Force?**  
   ___________

8. **Explain Why This Bottle-Opener (Below) is Not as Effective as the One at the Top of the Page.**


**Explanation of Diagrams:**

- The top image shows a bottle opener with three points labeled A, B, and C. This illustrates the components of a lever, identifying potential points for different forces and the fulcrum. No explicit dimensions or scales are provided.

- The bottom image shows a keychain-style bottle opener, which likely serves as a point for comparison in relation to the effectiveness mentioned in the question. No mechanical details are provided.
Transcribed Image Text:**Lever Identification and Calculation Worksheet** **Identify the correct point for the simple lever shown above:** 1. **Pivot Point (Fulcrum):** ___________ 2. **Point at Which Effort Force (Input) Acts:** ___________ 3. **Point at Which Load Force (Output) Gets Applied:** ___________ **Calculate:** 4. **Distance from the Effort Force to the Pivot (Effort Arm):** ___________ 5. **Distance from the Load Force to the Pivot (Load Arm):** ___________ 6. **Mechanical Advantage (M.A.):** ___________ **Usage:** 7. **If the Input Force is 10 N, What Will Be the Output Force?** ___________ 8. **Explain Why This Bottle-Opener (Below) is Not as Effective as the One at the Top of the Page.** **Explanation of Diagrams:** - The top image shows a bottle opener with three points labeled A, B, and C. This illustrates the components of a lever, identifying potential points for different forces and the fulcrum. No explicit dimensions or scales are provided. - The bottom image shows a keychain-style bottle opener, which likely serves as a point for comparison in relation to the effectiveness mentioned in the question. No mechanical details are provided.
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