A giant "egg" explodes as part of a fireworks display. The egg is at rest before the explosion, and after the explosion, it breaks into two pieces, with piece B moving in the positive x direction. The masses of both pieces are indicated in (Figure 1), shown traveling in opposite directions. Figure A 10 kg B 30 kg 1 of 1 > Part A What is the magnitude of the momentum IPA, of piece A before the explosion? Express your answer numerically in kilogram meters per second. > View Available Hint(s) IPA,I= Submit Part B During the explosion, is the magnitude of the force of piece A on piece B greater than, less than, or equal to the magnitude of the force of piece B on piece A? View Available Hint(s) ▾ Part C greater than Temp@es Symbols undo redo reset keyboard shortcuts help, Submit less than equal to cannot be determined PAX, The component of the momentum of piece B, PBx,f is measured to be +500 kg-m/s after the explosion. Find the component of the momentum PAx,fof piece A after the explosion Enter your answer numerically in kilogram meters per second. > View Available Hint(s) Submit kg-m/s Templates Symbols undo redo reslat keyboard shortcuts help Provide Feedback kg-m/s

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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**Transcription and Explanation**

**Scenario Description:**
A giant "egg" is part of a fireworks display. The egg is initially at rest, and after it explodes, it breaks into two pieces: A and B. Piece B moves in the positive x direction. The masses of pieces A and B are shown in opposite directions in Figure 1.

**Diagram Description:**
- **Figure 1:** This diagram illustrates two pieces from the explosion. 
  - Piece A on the left has a mass of 10 kg.
  - Piece B on the right has a mass of 30 kg.
  - Arrows indicate that the pieces move in opposite directions after the explosion.

---

**Part A:**
- **Question:** What is the magnitude of the momentum \(|\vec{p}_{A_i}|\) of piece A before the explosion?
- **Instruction:** Express your answer numerically in kilogram meters per second.
- **Input Box:** \(|\vec{p}_{A_i}|\) = [input] kg·m/s
- **Submit Button:** Allows submission of the answer.

---

**Part B:**
- **Question:** During the explosion, is the magnitude of the force of piece A on piece B greater than, less than, or equal to the magnitude of the force of piece B on piece A?
- **Options:**
  - Greater than
  - Less than
  - Equal to
  - Cannot be determined
- **Submit Button:** Allows submission of the chosen answer.

---

**Part C:**
- **Question:** The component of the momentum of piece B, \(p_{B_x,f}\), is measured to be +500 kg·m/s after the explosion. Find the component of the momentum \(p_{A_x,f}\) of piece A after the explosion.
- **Instruction:** Enter your answer numerically in kilogram meters per second.
- **Input Box:** \(p_{A_x,f}\) = [input] kg·m/s
- **Submit Button:** Allows submission of the answer.

---

**Feedback:**
- **Provide Feedback:** Option to submit feedback regarding the exercise.

This information is designed to guide students in solving problems related to conservation of momentum and action-reaction forces during explosions.
Transcribed Image Text:**Transcription and Explanation** **Scenario Description:** A giant "egg" is part of a fireworks display. The egg is initially at rest, and after it explodes, it breaks into two pieces: A and B. Piece B moves in the positive x direction. The masses of pieces A and B are shown in opposite directions in Figure 1. **Diagram Description:** - **Figure 1:** This diagram illustrates two pieces from the explosion. - Piece A on the left has a mass of 10 kg. - Piece B on the right has a mass of 30 kg. - Arrows indicate that the pieces move in opposite directions after the explosion. --- **Part A:** - **Question:** What is the magnitude of the momentum \(|\vec{p}_{A_i}|\) of piece A before the explosion? - **Instruction:** Express your answer numerically in kilogram meters per second. - **Input Box:** \(|\vec{p}_{A_i}|\) = [input] kg·m/s - **Submit Button:** Allows submission of the answer. --- **Part B:** - **Question:** During the explosion, is the magnitude of the force of piece A on piece B greater than, less than, or equal to the magnitude of the force of piece B on piece A? - **Options:** - Greater than - Less than - Equal to - Cannot be determined - **Submit Button:** Allows submission of the chosen answer. --- **Part C:** - **Question:** The component of the momentum of piece B, \(p_{B_x,f}\), is measured to be +500 kg·m/s after the explosion. Find the component of the momentum \(p_{A_x,f}\) of piece A after the explosion. - **Instruction:** Enter your answer numerically in kilogram meters per second. - **Input Box:** \(p_{A_x,f}\) = [input] kg·m/s - **Submit Button:** Allows submission of the answer. --- **Feedback:** - **Provide Feedback:** Option to submit feedback regarding the exercise. This information is designed to guide students in solving problems related to conservation of momentum and action-reaction forces during explosions.
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