Draw and label a free-body diagram for the Einstein figure in Part One, when it was in motion down the incline.  Now, apply Newton’s 2nd law to the Einstein figure and derive Equation (2).  Be sure to clearly μk = tan θ−ax / g cosθ  (2) show all of the steps in your derivation.

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ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
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Chapter1: Units, Trigonometry. And Vectors
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Draw and label a free-body diagram for the Einstein figure in Part One, when it was in motion down the incline.

 Now, apply Newton’s 2nd law to the Einstein figure and derive Equation (2).  Be sure to clearly

μk = tan θ−ax / g cosθ  (2)

show all of the steps in your derivation.

### Understanding Friction on an Inclined Plane

In this interactive demonstration, we observe a hand holding and tilting a wooden board with a toy figure placed on it. The toy is in motion, sliding down the inclined plane due to gravity.

**Video Controls:**
- **Replay, Reverse, Play/Pause:** These buttons allow the user to control the video playback.
- **Progress Bar:** This indicates the current position in the video and allows navigation by clicking or dragging.
- **Pivot Interactives Logo:** This indicates the source of the video, offering interactive educational tools.

**Concepts Illustrated:**
- **Inclined Plane Physics:** This setup demonstrates basic physics principles such as gravity, normal force, and kinetic friction.
- **Frictional Forces:** Observe how the toy slides down, illustrating the concept of friction which opposes the motion.
- **Force Components:** The gravitational force acting on the toy can be broken down into components parallel and perpendicular to the plane.

### Key Takeaways
- Inclined planes help demonstrate how different forces interact in physics.
- The angle of inclination affects the rate of acceleration due to gravity and friction.
- Educational tools like Pivot Interactives provide hands-on learning experiences for better comprehension of fundamental physics.
Transcribed Image Text:### Understanding Friction on an Inclined Plane In this interactive demonstration, we observe a hand holding and tilting a wooden board with a toy figure placed on it. The toy is in motion, sliding down the inclined plane due to gravity. **Video Controls:** - **Replay, Reverse, Play/Pause:** These buttons allow the user to control the video playback. - **Progress Bar:** This indicates the current position in the video and allows navigation by clicking or dragging. - **Pivot Interactives Logo:** This indicates the source of the video, offering interactive educational tools. **Concepts Illustrated:** - **Inclined Plane Physics:** This setup demonstrates basic physics principles such as gravity, normal force, and kinetic friction. - **Frictional Forces:** Observe how the toy slides down, illustrating the concept of friction which opposes the motion. - **Force Components:** The gravitational force acting on the toy can be broken down into components parallel and perpendicular to the plane. ### Key Takeaways - Inclined planes help demonstrate how different forces interact in physics. - The angle of inclination affects the rate of acceleration due to gravity and friction. - Educational tools like Pivot Interactives provide hands-on learning experiences for better comprehension of fundamental physics.
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