Explore topic-wise MCQs in Strength Materials.

This section includes 26 Mcqs, each offering curated multiple-choice questions to sharpen your Strength Materials knowledge and support exam preparation. Choose a topic below to get started.

1.

____________ piers are suitable when foundations are of steel cylinder caisson type.

A. Masonry
B. Trestle bent
C. Cylindrical
D. Pile
Answer» D. Pile
2.

The projection of the pier on the downstream side is known as ________

A. Ease water
B. Cut water
C. Bridge pier
D. Dumb pier
Answer» B. Cut water
3.

The projection of the piers on the upstream side is known as ________

A. Cut waters
B. Ease waters
C. Sharp waters
D. Para waters
Answer» B. Ease waters
4.

_______ piers are used, when the height of pier is large as in case of viaducts, fly overs.

A. Column Bent
B. Pile bent
C. Trestle bent
D. Abutment pier
Answer» D. Abutment pier
5.

___________ piers are adopted for well foundations.

A. Masonry
B. RCC
C. Dumb bell
D. Pile bent
Answer» D. Pile bent
6.

The intermediate support of a bridge superstructure is called as ___________

A. Abutment
B. Pier
C. Wing wall
D. Approach
Answer» C. Wing wall
7.

_____________ foundation is used when bed soil is soft.

A. Raft
B. Pile
C. Spread
D. Well
Answer» C. Spread
8.

___________ formula is used for calculating the depth of the foundation.

A. Gordon’s
B. Rankine’s
C. WH Smith’s
D. Falcon
Answer» C. WH Smith’s
9.

When the gross length is more than 6 metres between the face of abutment it is called as ________

A. Cause way
B. Bridge
C. Culvert
D. Cassion
Answer» C. Culvert
10.

__________ has perfect control on river flow.

A. Barrage
B. Weir
C. Marginal bunds
D. Guide banks
Answer» B. Weir
11.

A circular shaft of diameter 30 mm is tested under torsion the gauge length of test specimen is 300 mm. A torque of 2kNm produces an angle twist of 1°. Calculate CJ.

A. 0.432 × 106 N/mm2
B. 0.324 × 106 N/mm2
C. 0.46 × 106 N/mm2
D. 0.532 × 106 N/mm2
Answer» B. 0.324 × 106 N/mm2
12.

______PIERS_ARE_ADOPTED_FOR_WELL_FOUNDATIONS.?$

A. Masonry
B. RCC
C. Dumb bell
D. Pile bent
Answer» D. Pile bent
13.

THE_INTERMEDIATE_SUPPORT_OF_A_BRIDGE_SUPERSTRUCTURE_IS_CALLED_AS____________?$

A. Abutment
B. Pier
C. Wing wall
D. Approach
Answer» C. Wing wall
14.

The projection of the piers on upstream side is known as ________$

A. Cut waters
B. Ease waters
C. Sharp waters
D. Para waters
Answer» B. Ease waters
15.

_______ piers are used, when the height of pier is large as in case of viaducts, fly overs.$

A. Column Bent
B. Pile bent
C. Trestle bent
D. Abutment pier
Answer» D. Abutment pier
16.

____ piers are suitable when foundations are of steel cylinder caisson type.

A. Masonry
B. Trestle bent
C. Cylindrical
D. Pile
Answer» D. Pile
17.

The projection of the pier on downstream side is known as ________

A. Ease water
B. Cut water
C. Bridge pier
D. Dumb pier
Answer» B. Cut water
18.

The end support of a bridge is __________

A. Pier
B. Abutment
C. Wing wall
D. Approach
Answer» C. Wing wall
19.

_____ foundation is used when bed soil is soft?

A. Raft
B. Pile
C. Spread
D. Well
Answer» C. Spread
20.

_______ foundation is used when the depth of water is more.

A. Pile
B. Caisson
C. Raft
D. Spread
Answer» C. Raft
21.

____ formula is used for calculating the depth of foundation.

A. Gordon’s
B. Rankine’s
C. WH Smith’s
D. Falcon
Answer» C. WH Smith‚Äö√Ñ√∂‚àö√ë‚àö¬•s
22.

________ should be taken below the deepest scour level.

A. Foundation
B. Sub structure
C. Structure
D. Parapet
Answer» B. Sub structure
23.

The minimum straight approach provided on either side of bridge is ___________

A. 12 m
B. 15 m
C. 20 m
D. 22 m
Answer» C. 20 m
24.

When the gross length is more than 6 metres between the face of abutment it is called as________

A. Cause way
B. Bridge
C. Culvert
D. Cassion
Answer» C. Culvert
25.

_________ has perfect control on river flow.

A. Barrage
B. Weir
C. Marginal bunds
D. Guide banks
Answer» B. Weir
26.

A circular shaft of diameter 30 mm is tested under torsion the gauge length of test specimen is 300 mm. A torque of 2kNm produces an angle twist of 1°. Calculate CJ.

A. 0.432 √ó 10<sup>6</sup> N/mm<sup>2</sup>
B. 0.324 √ó 10<sup>6</sup> N/mm<sup>2</sup>
C. 0.46 √ó 10<sup>6</sup> N/mm<sup>2</sup>
D. 0.532 √ó 10<sup>6</sup> N/mm<sup>2</sup>
Answer» B. 0.324 ‚Äö√†√∂‚àö‚â• 10<sup>6</sup> N/mm<sup>2</sup>