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Civil Engineering (CE) Exam  >  Civil Engineering (CE) Tests  >  Test: The Double Integration Method - Civil Engineering (CE) MCQ

Test: The Double Integration Method - Civil Engineering (CE) MCQ


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15 Questions MCQ Test - Test: The Double Integration Method

Test: The Double Integration Method for Civil Engineering (CE) 2024 is part of Civil Engineering (CE) preparation. The Test: The Double Integration Method questions and answers have been prepared according to the Civil Engineering (CE) exam syllabus.The Test: The Double Integration Method MCQs are made for Civil Engineering (CE) 2024 Exam. Find important definitions, questions, notes, meanings, examples, exercises, MCQs and online tests for Test: The Double Integration Method below.
Solutions of Test: The Double Integration Method questions in English are available as part of our course for Civil Engineering (CE) & Test: The Double Integration Method solutions in Hindi for Civil Engineering (CE) course. Download more important topics, notes, lectures and mock test series for Civil Engineering (CE) Exam by signing up for free. Attempt Test: The Double Integration Method | 15 questions in 30 minutes | Mock test for Civil Engineering (CE) preparation | Free important questions MCQ to study for Civil Engineering (CE) Exam | Download free PDF with solutions
Test: The Double Integration Method - Question 1
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Which of the following is correct boundary condition for a beam supported by pin at both ends?

Detailed Solution for Test: The Double Integration Method - Question 1

Answer: c
Explanation: Since there will always be a vertical support reaction, displacement at both ends will be zero.

Test: The Double Integration Method - Question 2
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Which of the following is false for deflection of a point nearby a fixed support?

Detailed Solution for Test: The Double Integration Method - Question 2

Answer: d
Explanation: Due to presence of vertical reaction and moment, there won’t be any displacement and slope will be zero.

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Test: The Double Integration Method - Question 3
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The double integration method to calculate slope of deflected beam is applicable only when:-

Detailed Solution for Test: The Double Integration Method - Question 3

Answer: b
Explanation: During deriving the results, we have assumed that slope is zero once.

Test: The Double Integration Method - Question 4
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Which out of the following is true for x axis:-
Detailed Solution for Test: The Double Integration Method - Question 4

Answer: a
Explanation: During deriving, we have assumed x axis to be parallel to undeflected beam.

Test: The Double Integration Method - Question 5
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 Where does origin lies?
Detailed Solution for Test: The Double Integration Method - Question 5

Answer: b
Explanation: Origin is assumed to be at left of beam and rightward is positive.

Test: The Double Integration Method - Question 6
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 Positive value of slope is clockwise.
State whether the above statement is true or false.
Detailed Solution for Test: The Double Integration Method - Question 6

Answer: b
Explanation: Positive value of slope is counter clockwise.

Test: The Double Integration Method - Question 7
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Following is a cantilever beam and its length is Z.
A moment M is applied at the end B.
E and I are given.

What is the degree of static indeterminacy of this question?
Detailed Solution for Test: The Double Integration Method - Question 7

Answer: d
Explanation: This has 3 unknown reactions and three equations which make it statically determinate.

Test: The Double Integration Method - Question 8
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Following is a cantilever beam and its length is Z.
A moment M is applied at the end B.
E and I are given.

What will be value of double differentiation of deflection in y direction wrt distance from point A at point A?
Detailed Solution for Test: The Double Integration Method - Question 8

Answer: a
Explanation: Since moment M is acting counterclockwise, moment at A will be clockwise and will be equal to M.

Test: The Double Integration Method - Question 9
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Following is a cantilever beam and its length is Z.
A moment M is applied at the end B.
E and I are given.

How many boundary conditions will be required to solve this question?
Detailed Solution for Test: The Double Integration Method - Question 9

Answer: c
Explanation: Since double differentiation of deflection in y direction wrt distance from point A is independent of distance from point A, there will be only two unknown constants which would require 2 equations/boundary conditions.

Test: The Double Integration Method - Question 10
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Following is a cantilever beam and its length is Z.
A moment M is applied at the end B.
E and I are given.

What will be the value of differentiation of deflection in y direction wrt distance from point A at point A?
Detailed Solution for Test: The Double Integration Method - Question 10

Answer: d
Explanation: Value will be zero as slope is zero due to fixed support.

Test: The Double Integration Method - Question 11
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Following is a cantilever beam and its length is Z.
A moment M is applied at the end B.
E and I are given.

Value of deflection in y direction at point B will be zero.
State whether the above statement is true or false.
Detailed Solution for Test: The Double Integration Method - Question 11

Answer: b
Explanation: We can’t predict deflection in y direction at point B as it is a free end

Test: The Double Integration Method - Question 12
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Following is a cantilever beam and its length is Z.
A moment M is applied at the end B.
E and I are given.

What will be the value of first obtained constant?
Detailed Solution for Test: The Double Integration Method - Question 12

Answer: a
Explanation: By replacing value of double differentiation of deflection in y direction wrt distance from point A at point A will give this result.

Test: The Double Integration Method - Question 13
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Following is a cantilever beam and its length is Z.
A moment M is applied at the end B.
E and I are given.

What will be the value of second obtained constant?
Detailed Solution for Test: The Double Integration Method - Question 13

Answer: a
Explanation: By replacing value of differentiation of deflection in y direction wrt distance from point A at point A will give this result.

Test: The Double Integration Method - Question 14
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Following is a cantilever beam and its length is Z.
A moment M is applied at the end B.
E and I are given.

 What is slope at point B?
Detailed Solution for Test: The Double Integration Method - Question 14

Answer: a
Explanation: By solving after putting value of first constant will give this MZ/EI.

Test: The Double Integration Method - Question 15
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Following is a cantilever beam and its length is Z.
A moment M is applied at the end B.
E and I are given.

What is deflection in y direction at point B? 
Detailed Solution for Test: The Double Integration Method - Question 15

Answer: a
Explanation: By solving after putting value of first and second constants will give this MZ2/EI.

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