two circuits, where a motional emf is induced in a metal rod moving to the right in a perpendicular magnetic field directed into the page. The velocity of the rod in Circuit 1 is two times the velocity of the rod in Circuit 2, and the induced current in Circuit 1 is two times the induced current in Circuit 2. All remaining quantities are the same in both circuits. (a) Find the ratio emf1/emf2 of the motional emfs in the two circuits. emf1/emf2 = (b) Find the ratio R1/R2 of the light bulb resistances in the two circuits. R1/R2 = (c) Find the ratio P1/P2 of the powers in the two circuits. P1/P2
two circuits, where a motional emf is induced in a metal rod moving to the right in a perpendicular magnetic field directed into the page. The velocity of the rod in Circuit 1 is two times the velocity of the rod in Circuit 2, and the induced current in Circuit 1 is two times the induced current in Circuit 2. All remaining quantities are the same in both circuits. (a) Find the ratio emf1/emf2 of the motional emfs in the two circuits. emf1/emf2 = (b) Find the ratio R1/R2 of the light bulb resistances in the two circuits. R1/R2 = (c) Find the ratio P1/P2 of the powers in the two circuits. P1/P2
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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two circuits, where a motional emf is induced in a metal rod moving to the right in a perpendicular magnetic field directed into the page. The velocity of the rod in Circuit 1 is two times the velocity of the rod in Circuit 2, and the induced current in Circuit 1 is two times the induced current in Circuit 2. All remaining quantities are the same in both circuits.
(a) Find the ratio emf1/emf2 of the motional emfs in the two circuits.
emf1/emf2
=
(b) Find the ratio R1/R2 of the light bulb resistances in the two circuits.
R1/R2
=
(c) Find the ratio P1/P2 of the powers in the two circuits.
P1/P2
=
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