Question

41. What is the equivalent capacitance of the following circuit? A. 7 uf B. 3.66 uf C. 7.68 uf D. 12 uf 42. Two seconds after the switch is closed in the following circuit, what is the voltage across the capacitor? A. 1.35 V B. 3.68 V C. 6.32 V D. 8.65 V 43. The magnitude of the emf induced in the secondary is directly proportional to the time rate of change of flux linking the primary and secondary windings. This is referred to as: A. Ohm's Law. B. Faraday's Law. C. Coulomb's Law. D. Lenz's Law.

          41.
What is the equivalent capacitance of the following circuit?
A. 7 uf
B. 3.66 uf
C. 7.68 uf
D. 12 uf

42.
Two seconds after the switch is closed in the following circuit, what is the voltage across
the capacitor?
A. 1.35 V
B. 3.68 V
C. 6.32 V
D. 8.65 V

43.
The magnitude of the emf induced in the secondary is directly proportional to the time
rate of change of flux linking the primary and secondary windings. This is referred to
as:
A. Ohm's Law.
B. Faraday's Law.
C. Coulomb's Law.
D. Lenz's Law.

Show more…

41.
What is the equivalent capacitance of the following circuit?
A. 7 uf
B. 3.66 uf
C. 7.68 uf
D. 12 uf

42.
Two seconds after the switch is closed in the following circuit, what is the voltage across
the capacitor?
A. 1.35 V
B. 3.68 V
C. 6.32 V
D. 8.65 V

43.
The magnitude of the emf induced in the secondary is directly proportional to the time
rate of change of flux linking the primary and secondary windings. This is referred to
as:
A. Ohm's Law.
B. Faraday's Law.
C. Coulomb's Law.
D. Lenz's Law.

Added by Daniel S.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert James Kiss

Step 1

7uf, B. 3.66 uf, C. 7.68 uf, D. 12 uf. However, we are not given any information about the circuit or the charge on the capacitor. Without this information, we cannot determine the voltage across the capacitor. Show more…

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A. 7uf B. 3.66 uf C. 7.68 uf D. 12 uf 42. What is the voltage across the capacitor? A. 1.35 V B. 3.68 V C. 6.32 V D. 8.65 V SW books 10V 24F 43. The magnitude of the emf induced in the secondary is directly proportional to the time rate of change of flux linking the primary and secondary windings. This is referred to as: A. Ohm's Law. B. Faraday's Law. C. Coulomb's Law. D. Lenz's Law.

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