Top 150+ Solved Structural Design and Drawing MCQ Questions Answer
Q. The precast prestressed hollow core slabs, with or without topping is an important
a. floor panels
b. tendons
c. wall coatings
d. reinforcements
Q. One way slabs may be supported across the entire width of the slab by means of
a. columns
b. piers
c. ridges
d. footings
Q. The simple or continuous slabs are analyzed for
a. design foundation
b. design reinforcement
c. design moments
d. design slab
Q. The design of a two-way-slab supported on all four sides involves the computation of
a. moments
b. cross sections
c. bending moment
d. deformations
Q. A simple prestressed flat slab is generally supported by a network of
a. beams
b. columns
c. spans
d. deflections
Q. The proportioning of tendons in design of prestressed concrete simple flat slab between the column and middle strips may be based on
a. moments
b. codes
c. deflections
d. loads
Q. The design principles of continuous flat slab floors are similar to
a. one way slab
b. two way slab
c. continuous
d. deformed
Q. What will be the design load for bridges and culverts on National Highway?
a. i.r.c. class-d loading
b. i.r.c. class-c loading
c. i.r. class-a loading
d. i.r.c. class-b loading
Q. Hard, rough and durable granite stone ballast gauge, shall be used.
a. 100 mm
b. 20 mm
c. 1mm
d. 60mm
Q. These are important roads within a district connecting areas of production with markets and connecting them with the State Highways & National Highways and are maintained by the State PWD?
a. state highway
b. national highway
c. district road
d. rural road
Q. What will be the maximum superrelevation in hills on Major District roads?
a. 4 in 30
b. 1 in 10
c. 1 in 4
d. 1 in 60
Q. What will be the ruling gradient in hills on “Other district roads”?
a. 1 in 20
b. 1 in 5
c. 1 in 10
d. 1 in 3
Q. What will be the minimum visibility at vertical curves on National Highway?
a. 130 m
b. 200 m
c. 20 m
d. 100 m
Q. What will be the width of metalled surface single lane on Major District road?
a. 1.70 m
b. 3.70 m
c. 0.70 m
d. 10 m