GATE Mock Test: Electrical Engineering (EE)- 4 (22-01-23) - Electrical Engineering (EE) MCQ

A man covers a certain distance on a toy train. If the train moved 4 km/hr faster, it would take 30 minute less and if it moved 2 km/hr slower, it would have taken 20 minutes more, then the distance (in km) is _________.

A boat goes 48 km upstream in 6 hours and 44 km downstream in 4 hours. Find the speed of the boat in still water.

Direction: Study the following table carefully and answer the questions given below it.

Fare in rupees for three different types of vehicles

Note: Fare per km for intermittent distance is the same.

Mr. X wants to travel a distance of 9 kms by Type A vehicle. How much more money will be required to be spent if he decides to travel by Type B vehicle instead of Type A ________.

A contractor undertook a certain job to be completed in 55 days and employed 48 men to do it. In 11 days, only 1/6 of the work was completed. How many extra men should he employ in order to complete the work in the allotted time?

Directions: In the question below are given three statements followed by two conclusion numbered I and II. You have to take the given statements to be true even if they seem to be at variance with commonly known facts. Read all the conclusions and then decide which of the given conclusions logically follows from the given statements, disregarding commonly known facts.

Statements :

All lizards are birds

Some ants are birds

All ants are cobras

Conclusions :

I.All lizards being cobras is a possibility

II.Some cobras are birds.

A man starting at a point walks 1 km east, 2 km north, 1 km east, 1 km north, 1 km east and then 1 km north to arrive at a destination. What is the shortest distance (in km) from the starting point to the destination?

If first nine multiples of five are multiplied together, then the number of zeros at the end of the product are ________.

For the linear network shown below, V-I characteristic is also given in the figure. The value of Norton equivalent current and resistance are respectively

A voltage commutation circuit is shown in figure. The turn-off time of the both SCR is 60 sec and current through R₁ and R₂ is 20 A and voltage is 120 V. What will be the minimum value of capacitor (in μF) required for proper commutation? (Answer up to one decimal place)

Consider the network shown in figure

The Thevenin’s equivalent resistance, across terminals a-b, is

The type of single-phase induction motor having the highest power factor at full load is

Consider the closed loop control system shown in figure below, the closed loop poles of the system are located at and

Then the value of is _____. (Correct upto one decimal place)

ACSR conductor implies

Consider the MUX circuit shown in figure below

The boolean function realized by above MUX is

For an induction motor, operating at a slip s, the ratio of gross power output to air gap power is equal to

The value of integral is _________(Correct upto nearest integer)

If x cos y + y cos x = π and initial value of x and y is equal to 0, then y' (0) =

A single phase full bridge VSI has a source a voltage of 200 V d.c. The load consists of RLC in series where , and . Identify the fundamental component of the load current from the following

On the torque/speed curve of an induction motor shown in the figure, four points of operation are marked as W, X, Y and Z. Which of them represents the operation at a slip greater than 1?

x and y are statistically independent. If x has uniform pdf in the interval [0, a] and y has uniform pdf in the interval [0, b]. then the expected value of product of x and y is

For the system shown in figure, the rise time and settling time are respectively

The current coil of a dynamometer wattmeter is connected to a 24V dc source in series with 6Ω resistor. The potential circuit is connected through an ideal half wave rectifier in series with 50Hz source of 100V. The inductance of pressure circuit and current coil resistance are negligible. The reading of wattmeter in watts is ______________. (Correct upto nearest integer)

Which characteristic of a d.c. shunt generator is represented by the graph shown below?

A 230 V, dc shunt motor runs at 800 rpm and takes armature current of 50 A. Assume flux proportional to field current. Armature resistance =0.15Ω and field winding resistance=250 Ω . The resistance to be added to the field circuit to increase speed to 1000 rpm at an armature current of 80 A is _____ Ω. (Correct upto nearest integer)

A three phase generator is rated at 110 MVA, 11 kV is connected through circuit breakers to a transformer. The generator is having direct axis sub-transient reactance, X''_d = 19%, transient reactance, X'_d = 26% and synchronous reactance = 130%. The generator is operating at no load and rated voltage when a three phase short circuit fault occurs between the breakers and the transformer. The magnitude of initial symmetrical rms (in kA) current in the breakers will be (Answer up to two decimal places)

The real part of the complex number

For a 1.8°, 2-phase bipolar stepper motor, the stepping rate is 100 steps/second. The rotational speed of the motor (in rpm) is (Answer up to the nearest integer)