Test: SFD & BMD Level - 2 - Mechanical Engineering MCQ

# Test: SFD & BMD Level - 2 - Mechanical Engineering MCQ

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## 20 Questions MCQ Test Strength of Materials (SOM) - Test: SFD & BMD Level - 2

Test: SFD & BMD Level - 2 for Mechanical Engineering 2024 is part of Strength of Materials (SOM) preparation. The Test: SFD & BMD Level - 2 questions and answers have been prepared according to the Mechanical Engineering exam syllabus.The Test: SFD & BMD Level - 2 MCQs are made for Mechanical Engineering 2024 Exam. Find important definitions, questions, notes, meanings, examples, exercises, MCQs and online tests for Test: SFD & BMD Level - 2 below.
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Test: SFD & BMD Level - 2 - Question 1

### Match List-I with List-II and select the correct answer using codes given below the lists.Codes:

Detailed Solution for Test: SFD & BMD Level - 2 - Question 1

Test: SFD & BMD Level - 2 - Question 2

### A step in the bending moment diagram indicates then

Detailed Solution for Test: SFD & BMD Level - 2 - Question 2
A step in the bending moment diagram indicates, there is a couple acting at that section. A step in the shear force diagram indicates there is a concentrated load at that section.

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Test: SFD & BMD Level - 2 - Question 3

### If the shear force acting at every section of a beam is of the same magnitude and of the same direction then it represents a

Test: SFD & BMD Level - 2 - Question 4

If the bending moment at a section of a beam is zero then

Detailed Solution for Test: SFD & BMD Level - 2 - Question 4
At the point of zero bending moment shear force need not be maximum.

Test: SFD & BMD Level - 2 - Question 5

The nature of combined stress in a beam depends on the nature of (where P(axial load) M(Bending moment))

Detailed Solution for Test: SFD & BMD Level - 2 - Question 5
Combined stress depends on axial force, ‘P’ and bending moment ‘M’.

Test: SFD & BMD Level - 2 - Question 6

A simply supported beam of span L, carries uniformly distributed load of intensity ‘q’ over one half of the span. Shear force at mid-span section is

Detailed Solution for Test: SFD & BMD Level - 2 - Question 6

Since no load in span BC so S.F at mid span

Test: SFD & BMD Level - 2 - Question 7

A loaded beam is shown in the figure. The bending moment diagram of the beam is best represented as

Detailed Solution for Test: SFD & BMD Level - 2 - Question 7
Moment at Midpoint

But in options we are having positive moments at mid-point, so assume clockwise moment as positive and CCW moment as negative.

So, options could be (A), (C), (D).

In (C), (D) moment is becoming zero in between midpoint and endpoint which cannot happen. So, the answer is (A).

Test: SFD & BMD Level - 2 - Question 8

The shearing force diagram for a beam is shown in the above figure. The bending moment diagram is represented by which one of the following?

Detailed Solution for Test: SFD & BMD Level - 2 - Question 8
• As the SFD is linear, BMD should be parabolic.

• S. F = d(BM)/dx

• Slope at ‘A’ should be maximum as S.F is maximum.

• For ‘B’ the condition is satisfied.

Test: SFD & BMD Level - 2 - Question 9

The figure shows the shear force diagram for an overhanging beam ACDB.

Consider the following statements with respect to the above beam

1. The beam has supports at A and D

2. The beam carries a concentrated load at C of 25 kN

3. Bending moment at D is 15 kNm

4. The beam carries a uniformly distributed load of 80 kN over the portion AC.

Which of the statements given above is/are correct?

Detailed Solution for Test: SFD & BMD Level - 2 - Question 9
1. Beam has support at A and D.

4. Beam carries a UDL of 80 kN over portion AC.

Test: SFD & BMD Level - 2 - Question 10

A central concentrated load causes a maximum bending moment M in a simply supported beam. If the same load is distributed uniformly over the entire span, the maximum bending moment is

Detailed Solution for Test: SFD & BMD Level - 2 - Question 10

M =WL / 4

Test: SFD & BMD Level - 2 - Question 11

Point of inflection is the point where

Test: SFD & BMD Level - 2 - Question 12

Which of the following statement are true

I. At the point of concentrated load, there is a change in shear load in SFD and slope of curve is BMD

II. At the point of concentrated moment, there is no change in shear load in SFD but there is a change in moment in BMD

Test: SFD & BMD Level - 2 - Question 13

Beam A B C is 8 m long and is simply supported at A and at a point B such that AB = 6m. A point load of 1.5 T acts at C and a total u. d. l of 8 T acts over half of AB. The shear force at A in Tons would be

Detailed Solution for Test: SFD & BMD Level - 2 - Question 13

Taking moment at B, ∑MB = 0

RA × 6 − 8 x 4.5 + 1.5 x 2 = 0

RA = 5.5T

Test: SFD & BMD Level - 2 - Question 14

A beam with length ‘l’ between the pinned supports overhangs by ‘a’ and both sides. Then mid-span bending moment in the beam is zero under uniformly distributed load covering the entire span, if

Detailed Solution for Test: SFD & BMD Level - 2 - Question 14

RA + RB = w x (l + 2a)

RA = RB = 1 /2∙ w(l + 2a)

Mmid = 0

l = 2a

Test: SFD & BMD Level - 2 - Question 15

The loading on a simply supported beam of span 10 m is given as u. d. l, q = 20 kN/m, 4m ≤ x ≤ 10 m. The shear force at mid-span section is

Detailed Solution for Test: SFD & BMD Level - 2 - Question 15

RA × 10 = 20 x 6 x 6/2

RA = 36kN

RB = 120 − 36 = 84kN

S.F at mid span = −36 + 20

= −16kN

Or

= 84 − 100 = −16kN

Test: SFD & BMD Level - 2 - Question 16

A wooden log of length 5m is floating in water. Its self-weight is 1kN/m. If a man of weight 500 N is standing at the mid span, the maximum B.M. is

Detailed Solution for Test: SFD & BMD Level - 2 - Question 16
Assuming that Buoyancy force exerted by water is UDL

ERy = 0 ⇒ 500 + 1000 x 5 = w x 5

w = 1100 N/m

Moment equation

Test: SFD & BMD Level - 2 - Question 17

The given figure shown a beam BC simply supported at C and hinged at B (free end) of a cantilever AB. The beam and the cantilever carry forces of

100kg and 200kg are respectively. The bending moment at B is

Detailed Solution for Test: SFD & BMD Level - 2 - Question 17
The BM at the internal hinge will always be zero.

Test: SFD & BMD Level - 2 - Question 18

A beam subjected to a load P is shown in the given figure. The bending moment at the support AA of the beam will be

Detailed Solution for Test: SFD & BMD Level - 2 - Question 18

Load P at end produces moment PL/2 in anticlockwise direction. Load P at the end produces a moment of PL in clockwise direction. Net moment at AA is PL/2.

Test: SFD & BMD Level - 2 - Question 19

Shear force and bending moment diagrams for a beam ABCD are shown in figure. It can be concluded that

Detailed Solution for Test: SFD & BMD Level - 2 - Question 19
A vertical increase in BM diagram entails there is a point moment similarly a vertical increase in SF diagram entails there is a point shear force.

Test: SFD & BMD Level - 2 - Question 20

How do point loads and udl be represented in SFD?

Detailed Solution for Test: SFD & BMD Level - 2 - Question 20

According to BIS, the standard symbols used for sketching SFD are

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