In the circuit below, the ammeter has an internal resistance of 200.00 oh ms. The voltmeter has a sensitivity of 50.0kQ and is being used on the 6 Volt scale. The battery is an "ideal battery", which has an unknown EMF. OBSERVED: The voltmeter reads 1.2336 Volts, and the ammeter reads 1.7623 mA. R1 (1.0000 kQ) Rx 21. The potential difference across R, is equal to A. 1.76 V. В. 1.23 V. C. 1.77 V. D. 0.352 V. E. 6.00 V. 22. The unknown resistance Ry is equal to A. 700 N. B. 300 N. C. 1.00 kN. D. 200 Q. Е. 500 0.

In the circuit below, the ammeter has an internal resistance of 200.00 oh ms. The voltmeter has a sensitivity of 50.0kQ and is being used on the 6 Volt scale. The battery is an "ideal battery", which has an unknown EMF. OBSERVED: The voltmeter reads 1.2336 Volts, and the ammeter reads 1.7623 mA. R1 (1.0000 kQ) Rx 21. The potential difference across R, is equal to A. 1.76 V. В. 1.23 V. C. 1.77 V. D. 0.352 V. E. 6.00 V. 22. The unknown resistance Ry is equal to A. 700 N. B. 300 N. C. 1.00 kN. D. 200 Q. Е. 500 0.

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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Question

100%

In the circuit below, the ammeter has an internal resistance of 200.00 oh ms. The voltmeter has a sensitivity of
50.0kQ
and is being used on the 6 Volt scale. The battery is an "ideal battery", which has an unknown EMF.
OBSERVED: The voltmeter reads 1.2336 Volts, and the ammeter reads 1.7623 mA.
R1 (1.0000 kQ)
Rx
21. The potential difference across R, is equal to
A. 1.76 V.
В. 1.23 V.
C. 1.77 V.
D. 0.352 V.
E. 6.00 V.
22. The unknown resistance Ry is equal to
A. 700 N.
B. 300 Q.
C. 1.00 kN.
D. 200 Ω.
E. 500 Q.
23. The EMF of the battery is equal to
A. 3.00 V.
В. 6.00 V.
C. 9.00 V.
D. 18.0 V.
E. 12.0 V.

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