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.

Calculate the elongation of the rod if you still out of 490 mm square area and 600 M long are subjected to an axial pull of 40 kN. Take E = 2×105N/mm2.

A. 0.56 mm
B. 0.78 mm
C. 0.24 mm
D. 0.16 mm
Answer» D. 0.16 mm
2.

The pipe extending from a stop cock to the storage tank is called ________

A. Supply pipe
B. Service pipe
C. Street main
D. Distribution pipe
Answer» B. Service pipe
3.

The maximum pressure in (kg/cm2) to which cast iron pipes may be subjected is _________

A. 3
B. 7
C. 11
D. 14
Answer» C. 11
4.

_____ reduces the pipe size from larger to smaller bore.

A. Aqua phone
B. Tee
C. Elbow
D. Reducer
Answer» E.
5.

Check valve is provided on the delivery side of a pipe.

A. False
B. True
Answer» C.
6.

_______ valves are known as “Washout ” valves.

A. Drain valves
B. Scour valves
C. Check valves
D. Sluice valves
Answer» B. Scour valves
7.

Scour valve in water distribution system is provided at ________

A. High points
B. Junction points
C. Low points
D. Key points
Answer» D. Key points
8.

A ___ is used to prevent water from flowing back in the opposite direction.

A. Sluice valve
B. Check valve
C. Air valve
D. Drain valve
Answer» C. Air valve
9.

Which of the following layout is used for “Direct- Indirect system”.

A. Radial system
B. Grid system
C. Reticulated system
D. Interlaced system
Answer» B. Grid system
10.

In a cantilever of span subjected to a point load of w acting at a distance of (1/3) L from free end. The deflection under load will be

A. WL3/81 EI
B. 14WL3/ 81EI
C. 8WL3/81EI
D. WL3/64 EI
Answer» D. WL3/64 EI
11.

What is the ratio of maximum deflection to maximum bending stress if a simply supported rectangular beam of span “L” and it carries a central load W.

A. L2/12 Ed
B. L2/10 Ed
C. L2/ 4 Ed
D. L2/ 6 Ed
Answer» E.
12.

________VALVES_ARE_KNOWN_AS_‚ÄÖ√Ñ√∂‚ÀÖ√Ë‚ÀÖ‚À´WASHOUT_‚ÄÖ√Ñ√∂‚ÀÖ√Ë‚ÀÖŒÄ_VALVES.?$#

A. Drain valves
B. Scour valves
C. Check valves
D. Sluice valves
Answer» B. Scour valves
13.

_____ reduces the pipe size from larger to smaller bore.$

A. Aqua phone
B. Tee
C. Elbow
D. Reducer
Answer» E.
14.

Check_valve_is_provided_on_the_delivery_side_of_a_pipe.$

A. False
B. True
Answer» C.
15.

The ratio of change in thickness to original thickness is known as ___________

A. Lateral strain
B. Linear strain
C. Longitudinal strain
D. Volumetric strain
Answer» B. Linear strain
16.

Calculate the elongation of the rod if you still out of 490 mm square area and 600 M long are subjected to an axial pull of 40 kN. Take E = 2√ó105N/mm2.$

A. 0.56 mm
B. 0.78 mm
C. 0.24 mm
D. 0.16 mm
Answer» D. 0.16 mm
17.

The pipe extending from stop cock to the storage tank is called ________

A. Supply pipe
B. Service pipe
C. Street main
D. Distribution pipe
Answer» B. Service pipe
18.

The_maximum_pressure_in_(kg/cm2)_to_which_cast_iron_pipes_may_be_subjected_is

A. 3
B. 7
C. 11
D. 14
Answer» C. 11
19.

Scour valve in water distribution system is provided at _______?

A. High points
B. Junction points
C. Low points
D. Key points
Answer» D. Key points
20.

A ___ is used to prevent water from flowing back in opposite direction.

A. Sluice valve
B. Check valve
C. Air valve
D. Drain valve
Answer» C. Air valve
21.

________ layout is best suited for well planned towns.

A. Tree system
B. Ring system
C. Reticulated system
D. Radial system
Answer» C. Reticulated system
22.

Which of the following layout is used for “Direct- Indirect system”.$

A. Radial system
B. Grid system
C. Reticulated system
D. Interlaced system
Answer» B. Grid system
23.

As the corners are held down ___________ reinforcement has to be provided at the corners.

A. Tension
B. Shear
C. Torsional
D. Longitudinal
Answer» D. Longitudinal
24.

The slabs whose corners are prevented from lifting are known as _________

A. simply supported
B. cantilever
C. restrained
D. suspended
Answer» D. suspended
25.

In a cantilever of span subjected to a point load of w acting at a distance of (1/3) L from free end. The deflection under load will be

A. WL<sup>3</sup>/81 EI
B. 14WL<sup>3</sup>/ 81EI
C. 8WL<sup>3</sup>/81EI
D. WL<sup>3</sup>/64 EI
Answer» D. WL<sup>3</sup>/64 EI
26.

What is the ratio of maximum deflection to maximum bending stress if a simply supported rectangular beam of span “L” and it carries a central load W.

A. L<sup>2</sup>/12 Ed
B. L<sup>2</sup>/10 Ed
C. L<sup>2</sup>/ 4 Ed
D. L<sup>2</sup>/ 6 Ed
Answer» E.