Two weights are connected by a massless wire and pulled upward with a constant speed of 1.50 m/s by a vertical pull P. The tension in the wire is T. In the situation above, what is T equal to? Express your answer in N

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Two weights are connected by a massless wire and pulled upward with a constant speed of 1.50 m/s by a vertical pull P. The tension in the wire is T. In the situation above, what is T equal to? Express your answer in N.
The image depicts a mechanical diagram illustrating forces acting on two blocks. 

- The top block is labeled with a weight of 25 N (Newtons).
- The bottom block is labeled with a weight of 100 N.

These blocks are vertically aligned, indicating a system where the bottom block supports the top one.

**Forces Explained:**

1. **Pull \( P \):** 
   - An upward arrow labeled "Pull \( P \)" is depicted above the top block. This indicates an external force being applied upwards on the system.

2. **Tension \( T \):**
   - A line between the two blocks is labeled "Tension \( T \)" suggesting that tension is experienced in the connection between the blocks, resulting from the pull exerted.

This diagram is typically used to understand the forces at work in a system involving connected masses. The values indicate the weights of the blocks, and the labels show how forces are transmitted through tension.
Transcribed Image Text:The image depicts a mechanical diagram illustrating forces acting on two blocks. - The top block is labeled with a weight of 25 N (Newtons). - The bottom block is labeled with a weight of 100 N. These blocks are vertically aligned, indicating a system where the bottom block supports the top one. **Forces Explained:** 1. **Pull \( P \):** - An upward arrow labeled "Pull \( P \)" is depicted above the top block. This indicates an external force being applied upwards on the system. 2. **Tension \( T \):** - A line between the two blocks is labeled "Tension \( T \)" suggesting that tension is experienced in the connection between the blocks, resulting from the pull exerted. This diagram is typically used to understand the forces at work in a system involving connected masses. The values indicate the weights of the blocks, and the labels show how forces are transmitted through tension.
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