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12. Consider a battery having Ví = 300V. We measure V1 known resistance Ro = 150kN on the negative-terminal side of the battery, then we measure V{ the battery, then we measure V, 160V and V2 = 140V. If we insert a = 80V. If, instead, we insert a known resistance Ro = 150kN on the positive-terminal side of 70V. What is the isolation resistance of this battery pack (in N)? Round your answer to the nearest N.

12. Consider a battery having Ví = 300V. We measure V1 known resistance Ro = 150kN on the negative-terminal side of the battery, then we measure V{ the battery, then we measure V, 160V and V2 = 140V. If we insert a = 80V. If, instead, we insert a known resistance Ro = 150kN on the positive-terminal side of 70V. What is the isolation resistance of this battery pack (in N)? Round your answer to the nearest N.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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12. Consider a battery having Vi = 300V. We measure V1 = 160V and V2 known resistance Ro = 140V. If we insert a = 150kN on the negative-terminal side of the battery, then we measure V{ the battery, then we measure V, = 70V. = 80V. If, instead, we insert a known resistance Ro = 150kN on the positive-terminal side of What is the isolation resistance of this battery pack (in 2)? Round your answer to the nearest 2. Enter answer here
Transcribed Image Text:12. Consider a battery having Vi = 300V. We measure V1 = 160V and V2 known resistance Ro = 140V. If we insert a = 150kN on the negative-terminal side of the battery, then we measure V{ the battery, then we measure V, = 70V. = 80V. If, instead, we insert a known resistance Ro = 150kN on the positive-terminal side of What is the isolation resistance of this battery pack (in 2)? Round your answer to the nearest 2. Enter answer here
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