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Two-Way Slab

Total questions: 15

Worksheet time: 3mins

Name
Class
Date
1.

A slab supported on all four sides behaves as a two-way slab when:

a)

Ly / Lx ≥ 2

b)

Ly / Lx < 2

c)

Ly = 2Lx

d)

Ly = 3Lx

2.

In a two-way slab, load is transferred:

a)

Only in shorter span direction

b)

Only in longer span direction

c)

In both directions

d)

Directly to columns

3.

The bending of a two-way slab occurs:

a)

In one direction only

b)

Along the diagonal only

c)

In both perpendicular directions

d)

Only at the supports

4.

In two-way slab design, which span is used to calculate the span to effective depth ratio?

a)

Longer span

b)

Shorter span

c)

Average span

d)

Diagonal span

5.

In a two-way slab, reinforcement is provided:

a)

Only along shorter span

b)

Only along longer span

c)

Equally in both directions

d)

In both directions, but more along shorter span

6.

In a two-way slab, the bars in the shorter span direction are generally placed:

a)

Above the longer span bars

b)

Below the longer span bars

c)

Alternately

d)

At corners only

7.

In a two-way slab, which reinforcement is considered as main reinforcement?

a)

Bars in longer direction only

b)

Bars in shorter direction only

c)

Bars in both directions

d)

Diagonal bars

8.

The spacing of reinforcement in the shorter span direction of a two-way slab is:

a)

Greater than longer span direction

b)

Equal to longer span direction

c)

Less than longer span direction

d)

Zero

9.

The basic value of overall depth (D) is approximately taken as:

a)

Shorter span / 20

b)

Shorter span / 25

c)

Shorter span / 30

d)

Shorter span/ 35

10.

In a two-way slab, positive bending moment occurs mainly at:

a)

Supports

b)

Corners

c)

Mid-span

d)

Columns

11.

In a two-way slab, negative bending moment occurs mainly at:

a)

Mid-span

b)

Supports

c)

Centre of slab

d)

Diagonal

12.

As per typical detailing, about 50% of mid-span steel in a two-way slab is extended into supports for a length of:

a)

0.05 L

b)

0.10 L

c)

0.15 L

d)

0.25 L

13.

In practical RCC construction, slab reinforcement is placed near the bottom at mid-span mainly because:

a)

Concrete is weak in compression

b)

Steel is weak in tension

c)

Tensile stress develops at the bottom due to positive bending

d)

Shear force is maximum at mid-span

14.

In a two-way slab, cranking of bars is mainly done to resist:

a)

Shear force

b)

Torsion

c)

Negative bending moment

d)

Temperature stress

15.

Which of the following slabs will definitely behave as a two-way slab?

a)

Rectangular slab supported on two sides

b)

Slab with Ly / Lx ≥ 2

c)

Square slab supported on all four sides

d)

Cantilever slab