**Energy and Motion on a Ramp: A Physics Problem****Problem Statement:**1. A 10.0 kg green cart travels down a ramp from point A to B. Calculate its: - Starting potential energy. - Kinetic energy at the bottom of the ramp. - Velocity coming off the bottom of the ramp. If the cart coasts from points B to C, did it do any work? How far up the second ramp does the cart go as measured from the ground?**Diagram Details:**- **Figure 1:** - The diagram illustrates two triangular ramps connected by a flat section. - Point A is at the top of the first ramp with a vertical height of 10.0 meters. - The cart is initially at rest at point A. - Points B and C mark the start and end of the second ramp, respectively. This problem involves the application of principles of physics, specifically the conservation of energy, to determine how the cart moves and changes energy throughout its journey.

Name: **Energy and Motion on a Ramp: A Physics Problem****Problem Statement
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Description: **Energy and Motion on a Ramp: A Physics Problem****Problem Statement:**1. A 10.0 kg green cart travels down a ramp from point A to B. Calculate its: - Starting potential energy. - Kinetic energy at the bottom of the ramp. - Velocity coming of

At point A, the cart has only potential energy.

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1. Refer to figure 1. The 10.0 kg green cart travels down a ramp - from point A to B. Calculate its starting potential energy, kinetic energy at the bottom of the ramp, and its velocity coming off the bottom of the ramp. If the cart coasts from points B to C, did it do any work? How far up the 2nd ramp does the cart go as measured from the ground? 10.0m Figure 1 B

1. Refer to figure 1. The 10.0 kg green cart travels down a ramp - from point A to B. Calculate its starting potential energy, kinetic energy at the bottom of the ramp, and its velocity coming off the bottom of the ramp. If the cart coasts from points B to C, did it do any work? How far up the 2nd ramp does the cart go as measured from the ground? 10.0m Figure 1 B

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

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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Question

**Energy and Motion on a Ramp: A Physics Problem**

**Problem Statement:**

1. A 10.0 kg green cart travels down a ramp from point A to B. Calculate its:
- Starting potential energy.
- Kinetic energy at the bottom of the ramp.
- Velocity coming off the bottom of the ramp.

If the cart coasts from points B to C, did it do any work? How far up the second ramp does the cart go as measured from the ground?

**Diagram Details:**

- **Figure 1:**
- The diagram illustrates two triangular ramps connected by a flat section.
- Point A is at the top of the first ramp with a vertical height of 10.0 meters.
- The cart is initially at rest at point A.
- Points B and C mark the start and end of the second ramp, respectively.

This problem involves the application of principles of physics, specifically the conservation of energy, to determine how the cart moves and changes energy throughout its journey.

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Step 1: Calculating the carts starting potential energy

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Step 2: Kinetic Energy of the cart at the bottom of the ramp.

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Step 3: Velocity of the cart at the bottom

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Step 4: Work done as the cart goes from B to C

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Step 5: Height to which the cart goes on second ramp

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