**Title: Induced Current in Wire Loops****Description:**Three loops of wire move near a long straight wire carrying a current as shown in Figure P20.9. Determine the direction of the induced current, if any, in each loop:- **(a) Loop A**- **(b) Loop B**- **(c) Loop C****Diagram Explanation:**The diagram features three square loops labeled A, B, and C positioned relative to a vertical long straight wire carrying an upward current denoted by \( I \).- **Loop A**: Positioned to the left of the wire and moving vertically upwards (\( \vec{v} \) is upward).- **Loop B**: Positioned to the left of the wire and moving horizontally to the left (\( \vec{v} \) is leftward).- **Loop C**: Positioned to the right of the wire and moving horizontally to the right (\( \vec{v} \) is rightward).The task is to determine the direction of the induced current in each loop as they move through the magnetic field created by the current-carrying wire. The magnetic field direction can be deduced using the right-hand rule, and the direction of the induced current can be determined using Lenz's law.

Current in wire = I (A) In the loop A no current gets induced because the magnetic flux linked with…

Answered: ent, if any, in (a) loop A, (b) loop B,…

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ent, if any, in (a) loop A, (b) loop B, and (c) loop C. A B C

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

**Title: Induced Current in Wire Loops**

**Description:**

Three loops of wire move near a long straight wire carrying a current as shown in Figure P20.9. Determine the direction of the induced current, if any, in each loop:

- **(a) Loop A**
- **(b) Loop B**
- **(c) Loop C**

**Diagram Explanation:**

The diagram features three square loops labeled A, B, and C positioned relative to a vertical long straight wire carrying an upward current denoted by \( I \).

- **Loop A**: Positioned to the left of the wire and moving vertically upwards (\( \vec{v} \) is upward).
- **Loop B**: Positioned to the left of the wire and moving horizontally to the left (\( \vec{v} \) is leftward).
- **Loop C**: Positioned to the right of the wire and moving horizontally to the right (\( \vec{v} \) is rightward).

The task is to determine the direction of the induced current in each loop as they move through the magnetic field created by the current-carrying wire. The magnetic field direction can be deduced using the right-hand rule, and the direction of the induced current can be determined using Lenz's law.

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