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Self Induction

An inductor 2...

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An inductor 20mH a capacitor 50microF and a resistor 40 ohm r connected in series across a source of emf V=10sin340t . The power loss in the circuit

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Q. An inductor of inductance

20 m H

, a capacitor of capacitance

100 µ F

and a resistor of resistance

50 Ω

are connected in series across a source of emf,

V = 10 sin (314 t)

. The power loss in the circuit is

20

mH, a capacitor

100

μ

F and a resistor

50

Ω

are connected in series across a source of emf, V

= 10

sin 314

t. The power loss in the circuit is?

Q. When an inductor, a capacitor and a resistor are connected in series across a source of alterating emf, the potential difference across the inductor, capacitor and resistor are 70V, 30V and 30V respectively. Find the emf of the source

Q. An inductor of reactance

60 Ω

, capacitor of reactance

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and resistor of resistance

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are connected in series across a source of emf

V = 100 sin 628 t

. Find power loss in the circuit.

L C R

circuit is connected to a source of alternating emf

50 V

and if the potential differences across inductor and capacitor are

90 V

60 V

respectively, the potential difference across resistor is:

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