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DAY 54 WORKSHEET ITI (Steel Structures)

Total questions: 15

Worksheet time: 11mins

Name
Class
Date
1.

A steel structure mainly consists of —

a)

Two-dimensional members only

b)

Three-dimensional assembly of one- and two-dimensional members

c)

One-dimensional elements alone

d)

Concrete-steel composite members

2.

Modulus of Elasticity for structural steel =

a)

2.1 × 10⁵ N/mm²

b)

2.0 × 10⁵ N/mm²

c)

1.8 × 10⁵ N/mm²

d)

2.2 × 10⁵ N/mm²

3.

Structural steel confirming to IS 2062 commonly used grade is —

a)

E-250 (Fe 410)

b)

E-300 (Fe 540)

c)

Fe 250

d)

Fe 600

4.

Which steel section is most efficient for carrying bending load?

a)

Flat

b)

Channel

c)

I-beam

d)

Angle

5.

When beam reaction exceeds 150 kN, the seat angle is strengthened by —

a)

Cleat angles

b)

Vertical stiffening angle

c)

Double bolts

d)

Plate gusset

6.

TRUE / FALSE

Seated connections are mainly used when beam reactions are large (a)  

7.

TRUE/FALSE

Rolled steel sections cannot be reused once fabricated (a)  

8.

Steel structures are suitable for earthquake-prone zones. Reason: Steel exhibits ductility and elastic behavior under cyclic loads.

a)

Both A and R true and R explains A

b)

Both A and R true but R does not explain A

c)

A true, R false

d)

Both false

9.

The standard IS code for dimensions of hot-rolled steel sections is (a)   .

10.

Unit mass of steel = (a)   kg/m³.

11.

Coefficient of thermal expansion for steel = (a)   × 10⁻⁶ per °C.

12.

Framed connection uses (a)   angles placed on either side of the web of the beam.

13.

When two angles are connected to the flanges of a beam, it is called a (a)   connection.

14.

Match the following:

a)

IS 800

1.

General construction in steel

b)

IS 808

2.

Dimensions for hot-rolled sections

c)

IS 2062

3.

Hot-rolled medium & high-tensile steel

d)

IS 1977

4.

Specification for welded sections

15.

Match the following:

a)

Framed beam-to-beam connection

1.

Cleat angles on either side of web

b)

Seated beam-to-beam connection

2.

Angles connected to flanges of beam

c)

Stiffened seat connection

3.

For reactions exceeding 150 kN

d)

Column-beam framed joint

4.

Cleat angles to column flanges