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Practice Test: Gate Civil Engineering(CE) 2022 Paper: (Session I) - Civil Engineering (CE) MCQ


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30 Questions MCQ Test - Practice Test: Gate Civil Engineering(CE) 2022 Paper: (Session I)

Practice Test: Gate Civil Engineering(CE) 2022 Paper: (Session I) for Civil Engineering (CE) 2024 is part of Civil Engineering (CE) preparation. The Practice Test: Gate Civil Engineering(CE) 2022 Paper: (Session I) questions and answers have been prepared according to the Civil Engineering (CE) exam syllabus.The Practice Test: Gate Civil Engineering(CE) 2022 Paper: (Session I) MCQs are made for Civil Engineering (CE) 2024 Exam. Find important definitions, questions, notes, meanings, examples, exercises, MCQs and online tests for Practice Test: Gate Civil Engineering(CE) 2022 Paper: (Session I) below.
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Practice Test: Gate Civil Engineering(CE) 2022 Paper: (Session I) - Question 1

You should ______ when to say _____

Practice Test: Gate Civil Engineering(CE) 2022 Paper: (Session I) - Question 2

Two straight lines pass through the origin (x0, y0) = (0, 0). One of them passes through the point (x1 , y1) = (1 , 3)  and the other passes through the point (x2, y2) = (1, 2).
What is the area enclosed between the straight lines in the interval [0, 1] on the x-axis?

Detailed Solution for Practice Test: Gate Civil Engineering(CE) 2022 Paper: (Session I) - Question 2


Method 1:

Method 2:

Area ABC, A = Area (ABD) - Area (ACD)

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Practice Test: Gate Civil Engineering(CE) 2022 Paper: (Session I) - Question 3

If P - q = 1 : 2, q : r = 4 : 3, r : s = 4 : 5 and u is 50% more than s, what is the ratio p : u? 

Detailed Solution for Practice Test: Gate Civil Engineering(CE) 2022 Paper: (Session I) - Question 3




Practice Test: Gate Civil Engineering(CE) 2022 Paper: (Session I) - Question 4

Given the statements:

  • P is the sister of Q.
  • Q is the husband of R.
  • R is the mother of S.
  • T is the husband of P.

Based on the above information, T is _____ of S.

Detailed Solution for Practice Test: Gate Civil Engineering(CE) 2022 Paper: (Session I) - Question 4

Practice Test: Gate Civil Engineering(CE) 2022 Paper: (Session I) - Question 5

In the following diagram, the point R is the center of the circle. The lines PQ and ZV are tangential to the circle. The relation among the areas of the squares, PXWR, RUVZ and SPQT is

Detailed Solution for Practice Test: Gate Civil Engineering(CE) 2022 Paper: (Session I) - Question 5


Practice Test: Gate Civil Engineering(CE) 2022 Paper: (Session I) - Question 6

Healthy eating is a critical component of healthy aging. When should one start eating healthy? It turns out that it is never too early. For example, babies who start eating healthy in the first year are more likely to have better overall health as they get older.
Which one of the following is the CORRECT logical inference based on the information in the above passage?

Practice Test: Gate Civil Engineering(CE) 2022 Paper: (Session I) - Question 7

P invested ₹ 5000 per month for 6 months of a year and Q invested ₹ x per month for 8 months of the year in a partnership business. The profit is shared in proportion to the total investment made in that year.
If at the end of that investment year, Q receives 4/9 of the total profit, what is the value of (in ₹)?

Detailed Solution for Practice Test: Gate Civil Engineering(CE) 2022 Paper: (Session I) - Question 7

Practice Test: Gate Civil Engineering(CE) 2022 Paper: (Session I) - Question 8


The above frequency chart shows the frequency distribution of marks obtained by a set of students in an exam.
From the data presented above, which one of the following is CORRECT?

Practice Test: Gate Civil Engineering(CE) 2022 Paper: (Session I) - Question 9

In the square grid shown on the left, a person standing at P2 position is required to move to P5 position.
The only movement allowed for a step involves, “two moves along one direction followed by one move in a perpendicular direction”.The permissible directions for movement are shown as dotted arrows in the right.
For example, a person at a given position Y can move only to the positions marked X on the right.
Without occupying any of the shaded squares at the end of each step, the minimum number of steps required to go from P2 to P5 is

Practice Test: Gate Civil Engineering(CE) 2022 Paper: (Session I) - Question 10


Consider a cube made by folding a single sheet of paper of appropriate shape.
The interior faces of the cube are all blank. However, the exterior faces that are not visible in the above view may not be blank.
Which one of the following represents a possible unfolding of the cube?

Practice Test: Gate Civil Engineering(CE) 2022 Paper: (Session I) - Question 11

Consider the following expression: z = sin(y + it) + cos (y - it) where z, y, and t are variables, and ,i = √-1 is a complex number. The partial differential equation derived from the above expression is

Detailed Solution for Practice Test: Gate Civil Engineering(CE) 2022 Paper: (Session I) - Question 11

z = sin(y + it) + cos(y - it)
Differentiation w.r.t. y
zy = cos(y + it) - sin(y - it)
zyy = -sin(y + it)(i) - cos(y - it) (-i) 
With respect to t
zt = cos(y + it)(i) - sin(y - it) (-i) 
ztt = sin(y + it) + cos(y - it)
zyy + ztt = 0

Practice Test: Gate Civil Engineering(CE) 2022 Paper: (Session I) - Question 12

For the equation

the correct description is

Detailed Solution for Practice Test: Gate Civil Engineering(CE) 2022 Paper: (Session I) - Question 12


Because highest order of given equation is 3.
Order = 3
(y''' + x2y) = [ -x (y')3/2]

As we can see power of y" is 2.
Degree of given differential equation = 2.

Practice Test: Gate Civil Engineering(CE) 2022 Paper: (Session I) - Question 13

The hoop stress at a point on the surface of a thin cylindrical pressure vessel is computed to be 30.0 MPa. The value of maximum shear stress at this point is

Detailed Solution for Practice Test: Gate Civil Engineering(CE) 2022 Paper: (Session I) - Question 13

Practice Test: Gate Civil Engineering(CE) 2022 Paper: (Session I) - Question 14

In the context of elastic theory of reinforced concrete, the modular ratio is defined as the ratio of

Detailed Solution for Practice Test: Gate Civil Engineering(CE) 2022 Paper: (Session I) - Question 14

The modular ratio,

Practice Test: Gate Civil Engineering(CE) 2022 Paper: (Session I) - Question 15

Which of the following equations is correct for the Pozzolanic reaction?

Practice Test: Gate Civil Engineering(CE) 2022 Paper: (Session I) - Question 16

Consider the cross-section of a beam made up of thin uniform elements having thickness t ( t ≪ a) shown in the figure. The (x , y) coordinates of the points along the center-line of the cross-section are given in the figure.

The coordinates of the shear center of this cross-section are: 

Detailed Solution for Practice Test: Gate Civil Engineering(CE) 2022 Paper: (Session I) - Question 16


Coordinates of shear centre = (0, 3a)

Practice Test: Gate Civil Engineering(CE) 2022 Paper: (Session I) - Question 17

Four different soils are classified as CH, ML, SP, and SW, as per the Unified Soil Classification System. Which one of the following options correctly represents their arrangement in the decreasing order of hydraulic conductivity?

Detailed Solution for Practice Test: Gate Civil Engineering(CE) 2022 Paper: (Session I) - Question 17

K ∝ (dia.)2
Sand > Silt > Clay
Sand > ML > CH
SW > SP > ML > CH

Practice Test: Gate Civil Engineering(CE) 2022 Paper: (Session I) - Question 18

Let σv' and σh' denote the effective vertical stress and effective horizontal stress, respectively. Which one of the following conditions must be satisfied for a soil element to reach the failure state under Rankine’s passive earth pressure condition?

Detailed Solution for Practice Test: Gate Civil Engineering(CE) 2022 Paper: (Session I) - Question 18


σh' < σv'

Practice Test: Gate Civil Engineering(CE) 2022 Paper: (Session I) - Question 19

With respect to fluid flow, match the following in Column X with Column Y:

Which one of the following combinations is correct?

Detailed Solution for Practice Test: Gate Civil Engineering(CE) 2022 Paper: (Session I) - Question 19

Viscosity → Reynolds number
Pressure → Euler number
Gravity → Froude number
Compressibility → Mach number

Practice Test: Gate Civil Engineering(CE) 2022 Paper: (Session I) - Question 20

Let ψ represent soil suction head and K represent hydraulic conductivity of the soil. If the soil moisture content θ increases, which one of the following statements is TRUE?

Detailed Solution for Practice Test: Gate Civil Engineering(CE) 2022 Paper: (Session I) - Question 20


Water content
Water content
(a) ψ decreases and K increases.

Practice Test: Gate Civil Engineering(CE) 2022 Paper: (Session I) - Question 21

A rectangular channel with Gradually Varied Flow (GVF) has a changing bed slope. If the change is from a steeper slope to a steep slope, the resulting GVF profile is

Detailed Solution for Practice Test: Gate Civil Engineering(CE) 2022 Paper: (Session I) - Question 21

Steeper slope → More bed slope than steep

Practice Test: Gate Civil Engineering(CE) 2022 Paper: (Session I) - Question 22

The total hardness in raw water is 500 milligram per liter as CaCO3. The total hardness of this raw water, expressed in milligram equivalent per liter, is (Consider the atomic weights of Ca, C, and O as 40 g/mol, 12 g/mol, and 16 g/mol, respectively.)

Detailed Solution for Practice Test: Gate Civil Engineering(CE) 2022 Paper: (Session I) - Question 22

Total Hardness = 500 mg/l as CaCO3  
No. of equivalents

Practice Test: Gate Civil Engineering(CE) 2022 Paper: (Session I) - Question 23

An aerial photograph is taken from a flight at a height of 3.5 km above mean sea level, using a camera of focal length 152 mm. If the average ground elevation is 460 m above mean sea level, then the scale of the photograph is

Detailed Solution for Practice Test: Gate Civil Engineering(CE) 2022 Paper: (Session I) - Question 23

Flying height, H = 3500 m
havg = 460 m
Focal length, f = 152 mm
Scale, 

Practice Test: Gate Civil Engineering(CE) 2022 Paper: (Session I) - Question 24

A line between stations P and Q laid on a slope of 1 in 5 was measured as 350 m using a 50 m tape. The tape is known to be short by 0.1 m.
The corrected horizontal length (in m) of the line PQ will be

Detailed Solution for Practice Test: Gate Civil Engineering(CE) 2022 Paper: (Session I) - Question 24

Slope = 1 in 5
Measured length, l' = 350 m
Tape length = 50 m
Slope correction (Cslope)



Cslope = l' cos θ - l'
= 350(cos11.31 - 1) = -6.8 m
Tape correction,
True length,
L = 50 m
L' = 50 - 0.1 = 49.9 m 
l' = 350 m

 l = 349.3 m
Clength = 349.3 - 350 = -0.7 m
True length = Measured length + Cnet
= 350 + [-6.8 - 0.7] = 342.5 m

*Multiple options can be correct
Practice Test: Gate Civil Engineering(CE) 2022 Paper: (Session I) - Question 25

The matrix M is defined as  and has eigenvalues 5 and - 2. The matrix Q is formed as Q = M3 - AM2 - 2M
Which of the following is/are the eigenvalue(s) of matrix Q ? 

Detailed Solution for Practice Test: Gate Civil Engineering(CE) 2022 Paper: (Session I) - Question 25

λ1 = 5
λ2 = -2
Q = M3 - 4/W2 - 2M
1 = (5)3 - 4(5)2 - 2(5)
= 125 - 100 - 10 = 15 
= ((-2)3 - 4(-2)- 2(-2)
= -8 - 16 + 4 
= -20

*Multiple options can be correct
Practice Test: Gate Civil Engineering(CE) 2022 Paper: (Session I) - Question 26

For wastewater coming from a wood pulping industry, Chemical Oxygen Demand (COD) and 5-day Biochemical Oxygen Demand (BOD5) were determined. For this wastewater, which of the following statement(s) is/are correct?

Detailed Solution for Practice Test: Gate Civil Engineering(CE) 2022 Paper: (Session I) - Question 26

Wood pulp → Cellulose → BOM (biodegrable organic matter) COD = BOM + NBOM

*Multiple options can be correct
Practice Test: Gate Civil Engineering(CE) 2022 Paper: (Session I) - Question 27

Which of the following process(es) can be used for conversion of salt water into fresh water?

*Multiple options can be correct
Practice Test: Gate Civil Engineering(CE) 2022 Paper: (Session I) - Question 28

A horizontal curve is to be designed in a region with limited space. Which of the following measure(s) can be used to decrease the radius of curvature?

Detailed Solution for Practice Test: Gate Civil Engineering(CE) 2022 Paper: (Session I) - Question 28

On a horizontal curve


To decrease R
→ velocity can be decreased
→ superelevation can be increased

*Answer can only contain numeric values
Practice Test: Gate Civil Engineering(CE) 2022 Paper: (Session I) - Question 29

Consider the following recursive iteration scheme for different values of variable Pwith the initial guess x1 = 1:

For P = 2, x5 is obtained to be 1.414, rounded-off to three decimal places. For P = 3, x5 is obtained to be 1.732, rounded-off to three decimal places.
If P = 10, the numerical value of x5 is ________. (round off to three decimal places)


Detailed Solution for Practice Test: Gate Civil Engineering(CE) 2022 Paper: (Session I) - Question 29

When n →  ∝

2 - P = 0
∝ = √P
At  = P = 10
√10 = 3.162

*Answer can only contain numeric values
Practice Test: Gate Civil Engineering(CE) 2022 Paper: (Session I) - Question 30

The Fourier cosine series of a function is given by:

For f(x) = cos4*, the numerical value of (f4 + f5) is ___ . (round off to three decimal places)


Detailed Solution for Practice Test: Gate Civil Engineering(CE) 2022 Paper: (Session I) - Question 30




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