Mcq on Shear stress on beam - Strength of materials

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Multiple choice questions (Mcq) on shear stress on beam (objective questions)

Mcq on Shear stress on beam - Strength of materials
Mcq on Shear stress on beam - Strength of materials



MCQ - 1
The shear (transverse) force per unit shear area is known as 

A) Normal stress
B) Shear stress
C) Tensile stress 
D) compressive stress

    ( Answer - B )



MCQ - 2
The si unit of shear stress 

A) meter
B) Newton 
C) Newton / meter
D) Newton / meter²
  
 ( Answer - D )



MCQ - 3
Shear Stress is ratio of

A) Original dimension / Change in dimensions
B) Axial force / cross section area 
C) Transverse force / shear area
D)  stress /  strain

    ( Answer - C )



MCQ - 4
Shear force is rate of change of ...........

A) Load
B) Bending moment 
C) Torstion
D) None of these 

   ( Answer - B )



MCQ - 5
At the neutral axis of a beam the shear stress is

A) minimum 
B) zero
C) maximum 
D) Infinite 

    ( Answer - C )



MCQ - 6
For a rectangular section the maximum shear stress is equal to ............ times of Average shear stress.

A) 1.3
B) 1.5
C) 2
D) 2.4

    ( Answer - B )



MCQ - 7
At the  of a beam the shear stress is

A) minimum 
B) zero
C) maximum 
D) Infinite 

    ( Answer - C )



MCQ - 8
The maximum shear stress developed in a rectangular beam section is .............. the average shear stress.

A) 0.5 times
B) 1.5 times
C) 2.5 times
D) equal to

   ( Answer - B )



MCQ - 9
Shear stress change in beam  with respective ......... 

A) depth 
B) width 
C) base
D) None of these 

    ( Answer - B )



MCQ - 10
For a diagonal section the maximum shear stress is equal to ............ times of Average shear stress.

A) 7/8
B) 8/9
C) 9/8
D) 7/9

    ( Answer - C )



MCQ - 11
shear stress is zero at

A) only top fiber
B) only bottom fiber
C) Neutral axis 
D) Both A and B 

   ( Answer - D )



MCQ - 12
For a square section the maximum shear stress is equal to ............ times of Average shear stress

A) 1.2
B) 1.5
C) 2
D) 2.5

   ( Answer - B )



MCQ - 13
Shear stress developed in

A) every vertical plane
B) every horizontal plane
C) Both A and B
D) None of these

    ( Answer - B )



MCQ - 14
For a Traingular section the shear stress at neutral axis equal to ............ times of Average shear stress.

A) 3/4
B) 1.5
C) 2 /3
D) 4 / 3

    ( Answer - B )



MCQ - 16
The maximum shear stress developed in a beam Triangular section is .............. the average shear stress.

A) 0.5 times
B) 1.5 times
C) 2.5 times
D) equal to

   ( Answer - B )



MCQ - 17
The form of shear distribution in the rectangular beam is .........

A) linear 
B) Curve
C) Parabolic
D) Cubic

    ( Answer - B )



MCQ - 18
For a Triangular  section shear stress at neutral axis equal to ............ times of Average shear stress.

A) 2 / 3
B) 1.5
C) 4 /3
D) 5 /3

    ( Answer - C )



MCQ - 19
The form of shear distribution in the Square beam is .........

A) linear 
B) Curve
C) Parabolic
D) Cubic

    ( Answer - B )




MCQ - 20
The form of shear distribution in the Circular beam is .........

A) linear 
B) Curve
C) Parabolic
D) Cubic

    ( Answer - B )



MCQ - 21
A beam of T section subjected to a transverse (shear) force Of F. then the maximum shear for will occurs at the .......

A) bottom of section 
B) middle of section 
C) Top of section 
D) Neutral axis of section 

    ( Answer - D )



MCQ - 22
For a rectangular section the maximum shear stress is equal to ............ times of Average shear stress.

A) 1.3
B) 1.5
C) 2
D) 2.4

    ( Answer - B )



MCQ - 23
For a diagonal section the maximum shear stress is equal to ............ times of Average shear stress.

A) 8 / 5
B) 8 / 9
C) 9 / 8
D) 7 / 9

    ( Answer - C )




MCQ - 24
Shear stress is maximum at ........... 

A) Top fiber
B) Neutral axis
C) Bottom fiber
D) None of these 

   ( Answer - B )



MCQ - 25
A beam of I section subjected to a transverse (shear) force Of F. then the maximum shear for will occurs at the .......

A) bottom of section 
B) middle ( neutral axis) of section 
C) Top of section 
D) None ofthese 

    ( Answer - B )



MCQ - 26
For a Triangle section the maximum shear stress is equal to ............ times of Average shear stress.

A) 1.3
B) 1.5
C) 2
D) 2.4

    ( Answer - B )



MCQ - 27
The form of shear distribution in the Triangle beam is .........

A) linear 
B) Curve
C) Parabolic
D) Cubic

    ( Answer - B )





MCQ - 28
S

A) E
B) e
C) K
D) a 

   ( Answer - B )



MCQ - 29
Strain is equal to 

A) l 
B) d
C) l 
D) N

    ( Answer - B )



MCQ - 30
For a rectangular section the maximum shear stress is equal to ............ times of Average shear stress.

A) 1.3
B) 1.5
C) 2
D) 2.4

    ( Answer - B )



MCQ - 31
shear stress is zero at neutral axis.

A) True
B) False 

   ( Answer - B )


Solution
The  shear stress is zero on top and bottom layer and shear stress is maximum at neutral axis.



MCQ - 32
Shear stress is produce due to

A) shear force
B) Torque
C) Both A and B
D) None of these 

    ( Answer - C )



MCQ - 33
For a rectangular section the maximum shear stress is equal to ............ times of Average shear stress.

A) 1.3
B) 1.5
C) 2
D) 2.4

    ( Answer - B )



MCQ - 34
shear stress is zero at top and bottom fiber. 

A) True
B) False 

   ( Answer - A )


Solution
The  shear stress is zero on top and bottom layer and shear stress is maximum at neutral axis.  




MCQ - 35
Shear stress at junction of flange and web changes

A) Suddenly 
B) gradually 
C) no change

   ( Answer - A )



MCQ - 36
shear stress is zero at neutral axis.

A) True
B) False 

   ( Answer - B )


Solution
The  shear stress is zero on top and bottom layer and shear stress is maximum at neutral axis.




MCQ - 37
For a rectangular section the maximum shear stress is equal to ............ times of Average shear stress.

A) 1.3
B) 1.5
C) 2
D) 2.4

    ( Answer - B )



MCQ - 38
When a rectangular beam is loaded longitudinally the shear stress develops top and bottom layer

A) True
B) False 

   ( Answer - B )





Today we solveing the strength of materials (som) subject multiple choice questions Mcq on Shear stress on beam - Strength of materials  (objectives questions).
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