5.0 kg 20° FIGURE P5.77 3.0 kg 2

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Two blocks are at rest on a frictionless incline, as shown. What are the tensions in the two strings?

### Figure P5.77: System of Blocks on an Incline

In this diagram, there are two blocks connected by a rope on a frictionless inclined plane. 

- **Block 1:** 
  - Positioned at the lower part of the incline.
  - Mass: 5.0 kg.

- **Block 2:**
  - Positioned higher up the incline.
  - Mass: 3.0 kg.

The inclined plane is at an angle of 20° with respect to the horizontal. 

### Explanation:

This setup illustrates a typical physics problem involving gravitational force, tension, and acceleration on an incline. The forces acting on the blocks include gravitational force, normal force, and tension in the rope between the blocks.

This diagram is often used to help understand the concepts of Newton's Laws of Motion, free body diagrams, and mechanical equilibrium on inclined planes.
Transcribed Image Text:### Figure P5.77: System of Blocks on an Incline In this diagram, there are two blocks connected by a rope on a frictionless inclined plane. - **Block 1:** - Positioned at the lower part of the incline. - Mass: 5.0 kg. - **Block 2:** - Positioned higher up the incline. - Mass: 3.0 kg. The inclined plane is at an angle of 20° with respect to the horizontal. ### Explanation: This setup illustrates a typical physics problem involving gravitational force, tension, and acceleration on an incline. The forces acting on the blocks include gravitational force, normal force, and tension in the rope between the blocks. This diagram is often used to help understand the concepts of Newton's Laws of Motion, free body diagrams, and mechanical equilibrium on inclined planes.
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