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JE 2019 || Day 9 || AC Fundamentals and Theorems Quiz 3

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Question 1

The voltage across R, L and C are 3 V, 14 V and 10 V respectively as in the figure. If the voltage source is sinusoidal, then the input voltage (r.m.s.) is

Question 2

Three conductanes $Description: E:\Gate\SSC-JE Electrical - Part 1\2_D-C-Circuit-final_files\image233.png$ and $Description: E:\Gate\SSC-JE Electrical - Part 1\2_D-C-Circuit-final_files\image234.png$ are in parallel. If the total circuit current is 4 A, then find the current in 0.5 S is

Question 3

A 16 mA current source has an internal resistance of 10 Kilo ohms. How much current will flow in a 2.5 Kilo ohms load connected across its terminals?

Question 4

The current through a branch in a linear circuit is 2A when the input source voltage is 10V. If the voltage is reduced to 1V and the polarity is reversed, the current through the branch is

Question 5

The Thevenin resistance at terminals a and b in the circuit in Figure is

Question 6

A 5 A source has a shunt internal resistance of

. The maximum power that can be delivered to a load is

Question 7

In the given question, what is the shorted terminal current in the equivalent current source?

Question 8

Under the condition of maximum power transfer, the efficiency is ………………..

Question 9

The open-circuited voltage at the terminals of load R_L is 30 V. Under the condition of maximum power transfer, the value of Load resistance if load current flowing in the circuit is 1.5 Amp?

Question 10

In the circuit shown in Figure, find the Thevenin's equivalent Resistance across the terminals A and B.

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ESE & GATE EE General

Feb 14ESE & GATE EE