Question 12, 13, 14, 15 The simple design with a slidable wire section can be treated as a generator. If the magnetic field is 0.65 T and the speed of the slide wire is 4.5 m/sec (L = 75 cm):[Diagram Explanation]The diagram illustrates a rectangular loop with a slidable wire segment. The segment ab, of length 75 cm, can move to the left with a speed of 4.5 m/s. The area abcd is subjected to a perpendicular magnetic field of 0.65 T. A resistor of 32Ω is connected to the loop at point d.Questions:12. Find the magnitude of the Emf. - a. 1.17 V - b. 2.19 V - c. 2.93 V - d. none13. Find the current generated. - a. 36.6 mA - b. 91.6 mA - c. 68.4 mA - d. 28.4 mA14. If the bar is treated like a battery (or a generator), in which direction will the current flow? - a. clockwise - b. counterclockwise - c. No current, only the emf voltage15. Find the magnetic flux passing through area abcd, in Tesla·m² or Weber. - a. 48.8 Weber - b. 26 Weber - c. 1950 Weber - d. 0.195 Weber

Given data: The magnitude of the magnetic field is B=0.65 T. The speed of the slide wire is V=4.5…

The simple design with a slidable wire section can be treated as a generator. If the magnetic field is 0.65 T and the speed of the slide wire is 4.5 m/sec, (L=75 cm) a 3252 75cm 40 cm C 12. find the magnitude of the Emf. a. 1.17 V b. 2.19 V c. 2.93 V d. none 13. find the current generated. a. 36.6 mA b. 91.6 mA c. 68.4 mA d. 28.4 mA 14. If bar is treated like a battery ( or a generator ), in which will the current flow? a. clockwise b. counterclockwise c. No current, only the emf voltage. 15. find the magnetic flux passing through area abcd, in Tesla.m? a. 48.8 Weber or Weber. c. 1950 Weber b. 26 Weber d. 0.195 Weber

The simple design with a slidable wire section can be treated as a generator. If the magnetic field is 0.65 T and the speed of the slide wire is 4.5 m/sec, (L=75 cm) a 3252 75cm 40 cm C 12. find the magnitude of the Emf. a. 1.17 V b. 2.19 V c. 2.93 V d. none 13. find the current generated. a. 36.6 mA b. 91.6 mA c. 68.4 mA d. 28.4 mA 14. If bar is treated like a battery ( or a generator ), in which will the current flow? a. clockwise b. counterclockwise c. No current, only the emf voltage. 15. find the magnetic flux passing through area abcd, in Tesla.m? a. 48.8 Weber or Weber. c. 1950 Weber b. 26 Weber d. 0.195 Weber

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

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Question 12, 13, 14, 15

The simple design with a slidable wire section can be treated as a generator. If the magnetic field is 0.65 T and the speed of the slide wire is 4.5 m/sec (L = 75 cm):

[Diagram Explanation]
The diagram illustrates a rectangular loop with a slidable wire segment. The segment ab, of length 75 cm, can move to the left with a speed of 4.5 m/s. The area abcd is subjected to a perpendicular magnetic field of 0.65 T. A resistor of 32Ω is connected to the loop at point d.

Questions:

12. Find the magnitude of the Emf.
- a. 1.17 V
- b. 2.19 V
- c. 2.93 V
- d. none

13. Find the current generated.
- a. 36.6 mA
- b. 91.6 mA
- c. 68.4 mA
- d. 28.4 mA

14. If the bar is treated like a battery (or a generator), in which direction will the current flow?
- a. clockwise
- b. counterclockwise
- c. No current, only the emf voltage

15. Find the magnetic flux passing through area abcd, in Tesla·m² or Weber.
- a. 48.8 Weber
- b. 26 Weber
- c. 1950 Weber
- d. 0.195 Weber

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