#2. If the resistance of each bulb shown in the figure is 20[Ω] and the emf of the idealbattery is ℰ = 60[V] then:A) The current in each bulb will be 1.0 [A].B) The potential difference across each resistor will be 20 [V].C) The first bulb will be brighter than the third bulb.D) Both A) and B) options are correct.E) None of above. please see image #2. If the resistance of each bulb shown inthe figure is 20[N] and the emf of the idealbattery is E = 60[V] then:A) The current in each bulb will be 1.0 [A].+B) The potential difference across eachresistor will be 20 [V].C) The first bulb will be brighter than the third bulb.D) Both A) and B) options are correct.E) None of above.

Answered: Image /qna-images/answer/f1ee3265-d19b-437f-bd5a-6fd0c5b4460e.jpg

Answered: #2. If the resistance of each bulb…

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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#2. If the resistance of each bulb shown in
the figure is 20[Ω] and the emf of the ideal
battery is ℰ = 60[V] then:
A) The current in each bulb will be 1.0 [A].
B) The potential difference across each
resistor will be 20 [V].
C) The first bulb will be brighter than the third bulb.
D) Both A) and B) options are correct.
E) None of above.

please see image

#2. If the resistance of each bulb shown in
the figure is 20[N] and the emf of the ideal
battery is E = 60[V] then:
A) The current in each bulb will be 1.0 [A].
+
B) The potential difference across each
resistor will be 20 [V].
C) The first bulb will be brighter than the third bulb.
D) Both A) and B) options are correct.
E) None of above.

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