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Use the right triangle in the figure below. (Round your answers to three significant digits.) Voltage applied Voltage across coil Voltage across resistance (a) Find the voltage (in V) applied if the voltage across the coil is 34.4 V and the voltage across the resistance is 40.3 V. V (b) Find the voltage (in V) across the resistance if the voltage applied is 376 V and the voltage across the coil is 268 V. (c) Find the voltage (in V) across the coil if the voltage applied is 446 V and the voltage across the resistance is 371 V.

Use the right triangle in the figure below. (Round your answers to three significant digits.) Voltage applied Voltage across coil Voltage across resistance (a) Find the voltage (in V) applied if the voltage across the coil is 34.4 V and the voltage across the resistance is 40.3 V. V (b) Find the voltage (in V) across the resistance if the voltage applied is 376 V and the voltage across the coil is 268 V. (c) Find the voltage (in V) across the coil if the voltage applied is 446 V and the voltage across the resistance is 371 V.

Advanced Engineering Mathematics
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Use the right triangle in the figure below. (Round your answers to three significant digits.) Voltage applied Voltage across coil Voltage across resistance (a) Find the voltage (in V) applied if the voltage across the coil is 34.4 V and the voltage across the resistance is 40.3 V. (b) Find the voltage (in V) across the resistance if the voltage applied is 376 V and the voltage across the coil is 268 V. V (c) Find the voltage (in V) across the coil if the voltage applied is 446 V and the voltage across the resistance is 371 V. V
Transcribed Image Text:Use the right triangle in the figure below. (Round your answers to three significant digits.) Voltage applied Voltage across coil Voltage across resistance (a) Find the voltage (in V) applied if the voltage across the coil is 34.4 V and the voltage across the resistance is 40.3 V. (b) Find the voltage (in V) across the resistance if the voltage applied is 376 V and the voltage across the coil is 268 V. V (c) Find the voltage (in V) across the coil if the voltage applied is 446 V and the voltage across the resistance is 371 V. V
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