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Instrumentation Engineering - IN 2013 GATE Paper (Practice Test) - GATE MCQ


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30 Questions MCQ Test - Instrumentation Engineering - IN 2013 GATE Paper (Practice Test)

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Instrumentation Engineering - IN 2013 GATE Paper (Practice Test) - Question 1

Q. 1 – Q. 5 carry one mark each.

Statement: You can always give me a ring whenever you need.

Which one of the following is the best inference from the above statement?

Instrumentation Engineering - IN 2013 GATE Paper (Practice Test) - Question 2

Complete the sentence:

Dare ____________ mistakes.

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Instrumentation Engineering - IN 2013 GATE Paper (Practice Test) - Question 3

Choose the grammatically CORRECT sentence:

Instrumentation Engineering - IN 2013 GATE Paper (Practice Test) - Question 4

They were requested not to quarrel with others.

Which one of the following options is the closest in meaning to the word quarrel?

Instrumentation Engineering - IN 2013 GATE Paper (Practice Test) - Question 5

In the summer of 2012, in New Delhi, the mean temperature of Monday to Wednesday was 41ºC and of Tuesday to Thursday was 43ºC. If the temperature on Thursday was 15% higher than that of Monday, then the temperature in ºC on Thursday was

Detailed Solution for Instrumentation Engineering - IN 2013 GATE Paper (Practice Test) - Question 5

Let the temperature of Monday be TM

Sum of temperatures of Tuesday and Wednesday = T and

Temperature of Thursday =TTh

Instrumentation Engineering - IN 2013 GATE Paper (Practice Test) - Question 6

Q. No. 6 – 10 Carry Two Marks Each

Q. Find the sum to n terms of the series 10 + 84 + 734 + …

Detailed Solution for Instrumentation Engineering - IN 2013 GATE Paper (Practice Test) - Question 6

Instrumentation Engineering - IN 2013 GATE Paper (Practice Test) - Question 7

The set of values of p for which the roots of the equation 3x2 + 2x + p(p − 1) = 0 are of opposite sign is

Detailed Solution for Instrumentation Engineering - IN 2013 GATE Paper (Practice Test) - Question 7

Instrumentation Engineering - IN 2013 GATE Paper (Practice Test) - Question 8

A car travels 8 km in the first quarter of an hour, 6 km in the second quarter and 16km in the third quarter. The average speed of the car in km per hour over the entire journey is

Detailed Solution for Instrumentation Engineering - IN 2013 GATE Paper (Practice Test) - Question 8

Instrumentation Engineering - IN 2013 GATE Paper (Practice Test) - Question 9

What is the chance that a leap year, selected at random, will contain 53 Sundays?

Detailed Solution for Instrumentation Engineering - IN 2013 GATE Paper (Practice Test) - Question 9

Instrumentation Engineering - IN 2013 GATE Paper (Practice Test) - Question 10

Statement: There were different streams of freedom movements in colonial India carried out by the moderates, liberals, radicals, socialists, and so on.

Which one of the following is the best inference from the above statement?

Instrumentation Engineering - IN 2013 GATE Paper (Practice Test) - Question 11

Q. No. 11 – 35 Carry One Mark Each

The dimension of the null space of the matrix  is

Detailed Solution for Instrumentation Engineering - IN 2013 GATE Paper (Practice Test) - Question 11

Instrumentation Engineering - IN 2013 GATE Paper (Practice Test) - Question 12

If the A- matrix of the state space model of a SISO linear time invariant system is rank deficient, the transfer function of the system must have

Instrumentation Engineering - IN 2013 GATE Paper (Practice Test) - Question 13

Two systems with impulse responses h1(t) and h2(t) are connected in cascade. Then the overall impulse response of the cascaded system is given by

Detailed Solution for Instrumentation Engineering - IN 2013 GATE Paper (Practice Test) - Question 13

Instrumentation Engineering - IN 2013 GATE Paper (Practice Test) - Question 14

The complex function tanh (s) is analytic over a region of the imaginary axis of the complex s-plane if the following is TRUE everywhere in the region for all integers n

Detailed Solution for Instrumentation Engineering - IN 2013 GATE Paper (Practice Test) - Question 14

Instrumentation Engineering - IN 2013 GATE Paper (Practice Test) - Question 15

For a vector E, which one of the following statements is NOT TRUE?

Detailed Solution for Instrumentation Engineering - IN 2013 GATE Paper (Practice Test) - Question 15

Instrumentation Engineering - IN 2013 GATE Paper (Practice Test) - Question 16

For a periodic signal v(t) = 30sin100t + 10cos300t  +  , the fundamental frequency in rad/s is

Detailed Solution for Instrumentation Engineering - IN 2013 GATE Paper (Practice Test) - Question 16

Instrumentation Engineering - IN 2013 GATE Paper (Practice Test) - Question 17

In the transistor circuit as shown below, the value of resistance RE in kW is approximately,

Detailed Solution for Instrumentation Engineering - IN 2013 GATE Paper (Practice Test) - Question 17

Instrumentation Engineering - IN 2013 GATE Paper (Practice Test) - Question 18

A source vs(t) = V cos100πt has an internal impedance of (4 + j3) ? . If a purely resistive load connected to this source has to extract the maximum power out of the source, its value in ? should be

Detailed Solution for Instrumentation Engineering - IN 2013 GATE Paper (Practice Test) - Question 18

Instrumentation Engineering - IN 2013 GATE Paper (Practice Test) - Question 19

Which of the following statements is NOT TRUE for a continuous time causal and stable LTI system?

Detailed Solution for Instrumentation Engineering - IN 2013 GATE Paper (Practice Test) - Question 19

For an LTI system to be stable and causal all poles or roots of characteristic equation must lie on LHS of s-plane i.e., left hand side of jω− axis

[Refer Laplace transform].

Instrumentation Engineering - IN 2013 GATE Paper (Practice Test) - Question 20

The operational amplifier shown in the circuit below has a slew rate of 0.8V /μs . The input signal is 0.25sinωt . The maximum frequency of input in kHz for which there is no distortion in the output is

Detailed Solution for Instrumentation Engineering - IN 2013 GATE Paper (Practice Test) - Question 20

Instrumentation Engineering - IN 2013 GATE Paper (Practice Test) - Question 21

Assuming zero initial condition, the response y(t) of the system given below to a unit step input u(t) is

Detailed Solution for Instrumentation Engineering - IN 2013 GATE Paper (Practice Test) - Question 21

Instrumentation Engineering - IN 2013 GATE Paper (Practice Test) - Question 22

The transfer function  of the circuit shown below is 

Detailed Solution for Instrumentation Engineering - IN 2013 GATE Paper (Practice Test) - Question 22

Instrumentation Engineering - IN 2013 GATE Paper (Practice Test) - Question 23

The type of partial differential equation 

Detailed Solution for Instrumentation Engineering - IN 2013 GATE Paper (Practice Test) - Question 23

Instrumentation Engineering - IN 2013 GATE Paper (Practice Test) - Question 24

The discrete-time transfer function  

Detailed Solution for Instrumentation Engineering - IN 2013 GATE Paper (Practice Test) - Question 24

For minimum phase system, all poles and zeros must lie inside the unit circle.

For stable system, all poles must be inside the unit circle

For the given system, Zero is at 2, pole is at 0.5

This system is stable but non-minimum phase

Instrumentation Engineering - IN 2013 GATE Paper (Practice Test) - Question 25

Match the following biomedical instrumentation techniques with their application.

Instrumentation Engineering - IN 2013 GATE Paper (Practice Test) - Question 26

A continuous random variable X has a probability density function

Detailed Solution for Instrumentation Engineering - IN 2013 GATE Paper (Practice Test) - Question 26

Instrumentation Engineering - IN 2013 GATE Paper (Practice Test) - Question 27

A band limited signal with a maximum frequency of 5 kHz is to be sampled. According to the sampling theorem, the sampling frequency in kHz which is not valid is

Detailed Solution for Instrumentation Engineering - IN 2013 GATE Paper (Practice Test) - Question 27

Given: fm = 5kHz

According to sampling frequency

fs > 2fm ; fs > 10 KHz

So, only in option (a) it is less than 10KHz ie., (5KHz)

Instrumentation Engineering - IN 2013 GATE Paper (Practice Test) - Question 28

A differential pressure transmitter of a flow meter using venture tube reads 2.5 ×105 Pa for a flow rate of 0.5 m3/s. The approximate flow rate in m3/s for a differential pressure of 0.9 ×105 Pa is

Detailed Solution for Instrumentation Engineering - IN 2013 GATE Paper (Practice Test) - Question 28

Instrumentation Engineering - IN 2013 GATE Paper (Practice Test) - Question 29

A bulb in a staircase has two switches, one switch being at the ground floor and the other one at the first floor. The bulb can be turned ON and also can be turned OFF by any one of the switches irrespective of the state of the other switch. The logic of switching of the bulb resembles

Detailed Solution for Instrumentation Engineering - IN 2013 GATE Paper (Practice Test) - Question 29

Instrumentation Engineering - IN 2013 GATE Paper (Practice Test) - Question 30

The impulse response of a system is h(t) = tu(t) . For an input u(t − 1) , the output is

Detailed Solution for Instrumentation Engineering - IN 2013 GATE Paper (Practice Test) - Question 30

For LTI system, if input gets delayed by one  unit, output will also get delayed by one unit.

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