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ESE-2018 Electrical Engineering Quiz 11
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Question 1
Consider the below network. impedance of this network as a function of the complex frequency s consists of a certain number of zeros and poles. What is the location of poles?
Question 2
Consider a system described by the state model
The system is
The system is
Question 3
Match List-I (Excitation) with List-II (Two-port parameters) and select the correct answer using the code given below the lists:
List-I List-II
A- 1. Z
B- 2. Y
C- 3. g
D- 4. h
Codes:
A B C D
List-I List-II
A- 1. Z
B- 2. Y
C- 3. g
D- 4. h
Codes:
A B C D
Question 4
A voltage of 24 V DC is applied through switch S to an R-L series circuit. Switch S was initially open. At time switch is closed. The rate of change of current through the resistor is 8 A/s, while the current through the inductor is 8 A. If the value of inductor is 1 H, then for this condition the value of the resistor will be
Question 5
If the three resistors in a delta network are all equal in values i.e. RDELTA, then the value of the resultant resistors in each branch of the equivalent star network i.e. RSTAR will be equal to:
(RD→RDELTA ; Rs→RSTAR)
(RD→RDELTA ; Rs→RSTAR)
Question 6
A voltage source of 240 V having an internal impedance of (3 – j4) is supplying power to a complex load impedance ZL. What will be the maximum power transferred to the load?
Question 7
In the circuit shown below, the current I is
Question 8
The maximum power that a 12 V DC source with an internal resistance of can supply to a resistive load is
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Mar 11ESE & GATE EE