Quiz Space

May 2024 term · Electronic Systems Thinking and Circuits · EE1101

ESTC End Term: 1 September 2024 (May 2024 term)

The IIT Madras BS Electronic Systems Thinking and Circuits (ESTC) End Term paper sat on 1 Sept 2024, in the May 2024 term: 30 questions for 50 marks in 180 minutes. Every question is below with its answer. Take it as a timed mock test to be marked, or read it through first.

Questions
30
Marks
50
Duration
180 min
MCQ
10
Numerical
20
Take as mock testPractise with answers

Updated

Official paper: IIT M ES FOUNDATION AN EXAM QEF3 01 Sep 2024 · No negative marking.

Question 1

+1 markOne correct option
  1. A

    TRUE

  2. B

    FALSE

Show answer

Correct answer

  • A

    TRUE

Question 1 on its own page

Question 2

+1 markOne correct option
  1. A

    TRUE

  2. B

    FALSE

Show answer

Correct answer

  • A

    TRUE

Question 2 on its own page

Question 3

+1 markOne correct option

The equivalent capacitance of two capacitors in series is the sum of the individual capacitor values.

  1. A

    TRUE

  2. B

    FALSE

Show answer

Correct answer

  • B

    FALSE

Question 3 on its own page

Question 4

+1 markOne correct option

The number of samples obtained if an input audio signal of duration 2 s is sampled at 24 kHz is about 48000.

  1. A

    TRUE

  2. B

    FALSE

Show answer

Correct answer

  • A

    TRUE

Question 4 on its own page

Question 5

+1 markOne correct option
  1. A

    TRUE

  2. B

    FALSE

Show answer

Correct answer

  • B

    FALSE

Question 5 on its own page

Question 6

+1 markOne correct option
  1. A

    TRUE

  2. B

    FALSE

Show answer

Correct answer

  • B

    FALSE

Question 6 on its own page

Question 7

+1 markOne correct option

Current sources in an electric circuit can absorb or deliver power.

  1. A

    TRUE

  2. B

    FALSE

Show answer

Correct answer

  • A

    TRUE

Question 7 on its own pageAlso asked in End Term 13 Apr 2025

Question 8

+1 markOne correct option

Ampere-hour is an equivalent unit of power.

  1. A

    TRUE

  2. B

    FALSE

Show answer

Correct answer

  • B

    FALSE

Question 8 on its own pageAlso asked in Qualifier 16 Mar 2025

Question 9

+1 markOne correct option

Harmonics are integer multiples of the fundamental frequency.

  1. A

    TRUE

  2. B

    FALSE

Show answer

Correct answer

  • A

    TRUE

Question 9 on its own page

Question 10

+1 markOne correct option

The energy stored in a capacitor charged to 10 V is 0.01 J. The value of the capacitor is 2 μF.

  1. A

    TRUE

  2. B

    FALSE

Show answer

Correct answer

  • B

    FALSE

Question 10 on its own page

Question 11

+2 marksNumerical answer
Show answer

Correct answer: 1.5 (accepted within ±0.15)

Question 11 on its own page

Question 12

+2 marksNumerical answer
Show answer

Correct answer: 10 (accepted within ±1)

Question 12 on its own page

Question 13

+2 marksNumerical answer
Show answer

Correct answer: 4.825 (accepted within ±0.485)

Question 13 on its own page

Question 14

+1 markNumerical answer

Based on the above data, answer the given subquestions.

Show answer

Correct answer: 5 (accepted within ±0.5)

Question 14 on its own page

Question 15

+1 markNumerical answer

Based on the above data, answer the given subquestions.

Show answer

Correct answer: 2.5 (accepted within ±0.25)

Question 15 on its own page

Question 16

+1 markNumerical answer

Based on the above data, answer the given subquestions.

The frequency of a message signal f1 is ________ kHz

Show answer

Correct answer: 10 (accepted within ±0.01)

Question 16 on its own page

Question 17

+1 markNumerical answer

Based on the above data, answer the given subquestions.

The frequency of a message signal f2 is ________ kHz

Show answer

Correct answer: 100 (accepted within ±0.1)

Question 17 on its own page

Question 18

+2 marksNumerical answer

For the circuit shown below, Answer the given subquestions.

The current I (in A) in the direction shown through the 1Ω resistance when only the 1 A current source is being energized is ______.

Show answer

Correct answer: 0.67 (accepted within ±0.07)

Question 18 on its own page

Question 19

+2 marksNumerical answer

For the circuit shown below, Answer the given subquestions.

The current I (in A) in the direction shown through the 1Ω resistance when only the 3 A current source is being energized is ______.

Show answer

Correct answer: 2 (accepted within ±0.2)

Question 19 on its own page

Question 20

+2 marksNumerical answer

For the circuit shown below, Answer the given subquestions.

The current I (in A) in the direction shown through the 1Ω resistance when only the 4 V voltage source is being energized is ______.

Show answer

Correct answer: 1.33 (accepted within ±0.13)

Question 20 on its own page

Question 21

+2 marksNumerical answer

For the circuit shown below, Answer the given subquestions.

The power (in W) delivered by the 4 V voltage source is ______.

Show answer

Correct answer: 4 (accepted within ±0.4)

Question 21 on its own page

Question 22

+2 marksNumerical answer

For the circuit shown below, Answer the given subquestions.

The total power (in W) dissipated by all the passive components is ______

Show answer

Correct answer: 64 (accepted within ±6.4)

Question 22 on its own page

Question 23

+3 marksNumerical answer

Compute the values of the instantaneous voltage (in V) across the capacitor at various time instant as given in the subquestions

v(t = 5 ms)

Show answer

Correct answer: 1.255 (accepted within ±0.125)

Question 23 on its own page

Question 24

+3 marksNumerical answer

Compute the values of the instantaneous voltage (in V) across the capacitor at various time instant as given in the subquestions

v(t = 10 ms)

Show answer

Correct answer: 1.255 (accepted within ±0.125)

Question 24 on its own page

Question 25

+4 marksNumerical answer

Compute the values of the instantaneous voltage (in V) across the capacitor at various time instant as given in the subquestions

v(t = 20 ms)

Show answer

Correct answer: 0

Question 25 on its own page

Question 26

+2 marksNumerical answer

Based on the above data, answer the given subquestions.

The initial voltage across capacitors 2 mF and 4 mF are 0 V

Show answer

Correct answer: 24 (accepted within ±2.4)

Question 26 on its own page

Question 27

+2 marksNumerical answer

Based on the above data, answer the given subquestions.

The initial voltage across capacitors 2 mF and 4 mF are 0 V

Show answer

Correct answer: 4 (accepted within ±0.4)

Question 27 on its own page

Question 28

+2 marksNumerical answer

Based on the above data, answer the given subquestions.

The initial voltage across capacitors 2 mF and 4 mF are 0 V

Show answer

Correct answer: 3 (accepted within ±0.3)

Question 28 on its own page

Question 29

+2 marksNumerical answer

Based on the above data, answer the given subquestions.

If the initial voltage across the 4 mF capacitor is 4 V .

Show answer

Correct answer: 6.67 (accepted within ±0.67)

Question 29 on its own page

Question 30

+2 marksNumerical answer

Based on the above data, answer the given subquestions.

If the initial voltage across the 4 mF capacitor is 4 V .

Show answer

Correct answer: 1.32 (accepted within ±0.13)

Question 30 on its own page