2. All three 50-kg blocks are at rest. The tension in rope 2 is A. Greater than the tension in rope 1. B. Equal to the tension in rope 1. C. Less than the tension in rope 1. 2 50 kg 50 kg 50 kg

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**Problem Statement:**

2. All three 50-kg blocks are at rest. The tension in rope 2 is:

A. Greater than the tension in rope 1.  
B. Equal to the tension in rope 1.  
C. Less than the tension in rope 1.  

**Diagram Explanation:**

The diagram shows a pulley system. There are three 50-kg blocks suspended. One block is hanging directly from rope 1, on the left. On the right, a pulley is used, with rope 2 holding two 50-kg blocks, one on each side of the pulley. The setup is at rest, indicating a balanced system without acceleration.
Transcribed Image Text:**Problem Statement:** 2. All three 50-kg blocks are at rest. The tension in rope 2 is: A. Greater than the tension in rope 1. B. Equal to the tension in rope 1. C. Less than the tension in rope 1. **Diagram Explanation:** The diagram shows a pulley system. There are three 50-kg blocks suspended. One block is hanging directly from rope 1, on the left. On the right, a pulley is used, with rope 2 holding two 50-kg blocks, one on each side of the pulley. The setup is at rest, indicating a balanced system without acceleration.
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