★ 4) Consider two long (but not infinite) solid cylinders with total charge & deposited in two different a + a) Cylinder 1 has Q unis Curved surface of the cylinder. (less energetic)? b) Cylinder 2 has Q uniformly deposited throughout the volume. (more energetc)? Explain in words whether a) energetic. Support your answer board and sketches of the È field C) Calculate the edge effects. ways deposited on the uniformly deposited Can energy b) Gauss' Law E is more орон Neglect edge effects a), again neglecting you explain why the answer is non-sensical?
★ 4) Consider two long (but not infinite) solid cylinders with total charge & deposited in two different a + a) Cylinder 1 has Q unis Curved surface of the cylinder. (less energetic)? b) Cylinder 2 has Q uniformly deposited throughout the volume. (more energetc)? Explain in words whether a) energetic. Support your answer board and sketches of the È field C) Calculate the edge effects. ways deposited on the uniformly deposited Can energy b) Gauss' Law E is more орон Neglect edge effects a), again neglecting you explain why the answer is non-sensical?
College Physics
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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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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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![**Educational Transcription**
---
**Problem 4:**
Consider two long (but not infinite) solid cylinders with total charge \( Q \) deposited in two different ways:
**a) Cylinder 1:**
- \( Q \) is uniformly deposited on the curved surface of the cylinder. (Less energetic?)
[Illustration of a cylinder with charge \( Q \) on the surface.]
**b) Cylinder 2:**
- \( Q \) is uniformly deposited throughout the volume. (More energetic?)
[Illustration of a cylinder with charge \( Q \) distributed throughout the volume.]
**Task:**
- Explain in words whether option a) or b) is more energetic.
- Support your answer based upon Gauss' Law, \(\vec{E}\), and sketches of the \(\vec{E}\) field.
- Neglect edge effects.
**c)** Calculate the energy of option a), again neglecting edge effects.
Can you explain why the answer is non-sensical?
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Transcribed Image Text:**Educational Transcription**
---
**Problem 4:**
Consider two long (but not infinite) solid cylinders with total charge \( Q \) deposited in two different ways:
**a) Cylinder 1:**
- \( Q \) is uniformly deposited on the curved surface of the cylinder. (Less energetic?)
[Illustration of a cylinder with charge \( Q \) on the surface.]
**b) Cylinder 2:**
- \( Q \) is uniformly deposited throughout the volume. (More energetic?)
[Illustration of a cylinder with charge \( Q \) distributed throughout the volume.]
**Task:**
- Explain in words whether option a) or b) is more energetic.
- Support your answer based upon Gauss' Law, \(\vec{E}\), and sketches of the \(\vec{E}\) field.
- Neglect edge effects.
**c)** Calculate the energy of option a), again neglecting edge effects.
Can you explain why the answer is non-sensical?
---
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