Questions 331–340 of 437. Imported answers require independent review unless marked reviewed.

Topic practice 437 questionsPage 34 of 44

Question 6

Open question
EEMCQ1 markNeeds review
Consider a lossy transmission line with

and

as the sending and receiving end voltages, respectively.

and

are the series impedance and reactance of the line, respectively. The steady-state stability limit for the transmission line will be
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Question 7

Open question
EEMCQ1 markNeeds review
The graph of a network has 8 nodes and 5 independent loops. The number of branches of the graph is
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Question 8

Open question
EEMCQ1 markNeeds review
In the figure, the voltages are

,

and

. The circuit is in sinusoidal steady state, and

.

,

and

are the average power outputs. Which one of the following statements is true?
Diagram for Electrical Engineering question 8

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Question 9

Open question
EEMCQ1 markNeeds review
Match the transfer functions of the second-order systems with the nature of the systems given below.
Transfer functions: P:

Q:

R:

Nature of system: I: Overdamped II: Critically damped III: Underdamped
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Question 10

Open question
EEMCQ1 markNeeds review
A positive charge of 1 nC is placed at (0, 0, 0.2) where all dimensions are in metres. Consider the x-y plane to be a conducting ground plane. Take

F/m. The Z component of the E field at (0, 0, 0.1) is closest to
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Question 11

Open question
EEMCQ1 markNeeds review
Let f be a real-valued function of a real variable defined as

for

, and

for

. Which one of the following statements is true?
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Question 12

Open question
EEMCQ1 markNeeds review
The value of the directional derivative of the function

at the point (2, −1, 1) in the direction of the vector

is
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Question 13

Open question
EEMCQ1 markNeeds review
The value of the integral

in counter clockwise direction around a circle C of radius 1 with center at the point

is
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Question 14

Open question
EEMCQ1 markNeeds review
In the logic circuit shown in the figure, Y is given by
Diagram for Electrical Engineering question 14

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Question 15

Open question
EEMCQ1 markNeeds review
The op-amp shown in the figure is ideal. The input impedance

is given by
Diagram for Electrical Engineering question 15

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