Two straight conducting rods, which are I = 1.0m long, exactly parallel, and separated by d = 0.85 mm, are connected by an external voltage source and a R = 15-2 resistance, as shown in the figure below. The rod having a resistance of R1 = 0.5 2 "floats" above the rod having a resistance of R2 = 2.5 2, in equilibrium. R1 d R2 1) If the mass of each rod is 25 g, what must be the potential of the voltage source? (Express your answer to two significant figures.) V Submit Your submissions: 195 X Computed value: 195 Submitted: Thursday, March 11 at 1:18 PM Feedback:

College Physics
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Author:Raymond A. Serway, Chris Vuille
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Chapter18: Direct-Current Circuits
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Please provide the correct answer. Keep in mind it is asking for two significant figures. 195 and 190 are incorrect.
Two straight conducting rods, which are I = 1.0m long, exactly parallel, and separated by d = 0.85 mm, are connected
by an external voltage source and a R = 15-2 resistance, as shown in the figure below.
The rod having a resistance of R1 = 0.5 2 "floats" above the rod having a resistance of R2 = 2.5 2, in equilibrium.
R1
d
R
R2
1) If the mass of each rod is 25 g, what must be the potential of the voltage source? (Express your answer to two
significant figures.)
V Submit
Your submissions:
195 X
Computed value: 195
Submitted: Thursday, March 11 at 1:18 PM
Feedback:
Transcribed Image Text:Two straight conducting rods, which are I = 1.0m long, exactly parallel, and separated by d = 0.85 mm, are connected by an external voltage source and a R = 15-2 resistance, as shown in the figure below. The rod having a resistance of R1 = 0.5 2 "floats" above the rod having a resistance of R2 = 2.5 2, in equilibrium. R1 d R R2 1) If the mass of each rod is 25 g, what must be the potential of the voltage source? (Express your answer to two significant figures.) V Submit Your submissions: 195 X Computed value: 195 Submitted: Thursday, March 11 at 1:18 PM Feedback:
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