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Test: Structural Analysis- 2


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20 Questions MCQ Test GATE Civil Engineering (CE) 2023 Mock Test Series | Test: Structural Analysis- 2

Test: Structural Analysis- 2 for GATE 2023 is part of GATE Civil Engineering (CE) 2023 Mock Test Series preparation. The Test: Structural Analysis- 2 questions and answers have been prepared according to the GATE exam syllabus.The Test: Structural Analysis- 2 MCQs are made for GATE 2023 Exam. Find important definitions, questions, notes, meanings, examples, exercises, MCQs and online tests for Test: Structural Analysis- 2 below.
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Test: Structural Analysis- 2 - Question 1

For a column hinged at both ends, the critical load P. Similarly, when one end of this column is made fixed and the other made free, then the critical load will become

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Test: Structural Analysis- 2 - Question 2

For the structure shown below to be at equilibrium, the relation between a and b has to be

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Test: Structural Analysis- 2 - Question 3

The given figure shows a beam with its influence line for shear force and bending moment at section 1:

The values of the shear force and bending moment at section 1 due to a concentrated load of 20 kN placed at midspan will be

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Test: Structural Analysis- 2 - Question 4

For the frame shown below; if the final moment is – 40 kNm at A and B of the column AB, then the moment MCD will be:

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Test: Structural Analysis- 2 - Question 5

The load diagram and bending moment of a beam are shown below: The shear force at B would be:

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Test: Structural Analysis- 2 - Question 6

The pin-joined cantilever truss is loaded as shown below. The force is member ED is

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Test: Structural Analysis- 2 - Question 7

In the pin-joined plane frame shown below, the force in the member BD is

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Consider the joint B 
Using Equilibrium equation 
Summation of vertical forces =0
Fbd=0

Test: Structural Analysis- 2 - Question 8

The total degree of indeterminacy for the given bridge truss is

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Test: Structural Analysis- 2 - Question 9

In the truss shown below, which of the following member has no force induced on it?

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Test: Structural Analysis- 2 - Question 10

For the given frame, the distribution factors for members BC and BA at joint B are

Test: Structural Analysis- 2 - Question 11

Assertion (A): For equal distribution of moment at the support B of the beam shown in the figure, the span length x required is (3/4)L.

Reason (R): For equal distribution of moment for the given beam, at B, I/L = 3I/4x

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Test: Structural Analysis- 2 - Question 12

The horizontal thrust at support A of the given three hinged arch is ________ kN.

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Test: Structural Analysis- 2 - Question 13

Consider a loaded trust shown in the given figure:

Match List-I (member) with List-II (force) and select the correct answer using the codes given below

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Test: Structural Analysis- 2 - Question 14

What is the ratio of the forces in the members AB, BE and AE of the pin-jointed truss shown in the figure given below:

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Test: Structural Analysis- 2 - Question 15

What is the degree of indeterminacy of the frame shown in the figure given below?

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Test: Structural Analysis- 2 - Question 16

A simply supported RCC beam carrying a uniform distributed load has deflection of 100 mm at the center. When both the ends of the beam are made to be fixed, the deflection at the center will be

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Test: Structural Analysis- 2 - Question 17

Which type of frame it will be, if it has 3 joints & 4 members?

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Given, 3 joints and 4 members so it signifies it a truss 

For a given truss:

We know in a truss the relation between members and joints is given by 

m = 2j - 3 

Where m = members , j = joints

Given, m = 4, j = 3 

Let's check the relation

m = 2 × 3 - 3 = 3, so we get m = 3

But we have 4 members i.e 1 in excess

∴ the answer is redundant.

Test: Structural Analysis- 2 - Question 18

For the portal shown below, the base shear can be obtained from

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Test: Structural Analysis- 2 - Question 19

A three-hinged symmetrical arch is loaded as shown below:

Which of the following is the magnitude of the correct horizontal thrust?

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Test: Structural Analysis- 2 - Question 20

The distribution factor for members AE and AC of the given box section are

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