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QUESTION ANALYTICS
Saurabh Mahendra Kamble (Enroll User)

Course: GATE Your Answer is 0.0576
Mechanical Engineering (ME)

HOME
MY TEST
BOOKMARKS
MY PROFILE
REPORTS
BUY PACKAGE
ASK AN EXPERT
OFFER
EXCLUSIVE OFFER FOR OTS
STUDENTS ONLY ON BOOK
PACKAGES

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TOPICWISE : STRENGTH OF MATERIALS-1 (GATE - 2019) - REPORTS

Saurabh Mahendra Kamble OVERALL ANALYSIS COMPARISON REPORT SOLUTION REPORT

Course: GATE ALL(17) CORRECT(5) INCORRECT(5) SKIPPED(7)
Mechanical Engineering (ME)
Q. 1
HOME For the given prismatic bar as shown in the figure, what will be the value of maximum tensile and compressive loads?

MY TEST A 6P, – 2P FAQ Have any Doubt ?
Your answer is Wrong
BOOKMARKS B 4P, – 2P
Correct Option
MY PROFILE C 6P, 2P

REPORTS Solution :
(c)
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D 4P, 2P 1/15

QUESTION ANALYTICS

Q. 2

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Saurabh Mahendra Kamble For the rectangular beam given below, what will be the value of maximum eccentricity so that there is no tensile stress on the given cross-

Course: GATE section. Take width of the section is b and depth of the section is d, e is eccentricity? Saurabh Mahendra Kamble 
Mechanical Engineering (ME)
(Enroll User) Sign out
HOME
MY TEST A FAQ Have any Doubt ?
BOOKMARKS Correct Option
MY PROFILE B
REPORTS
BUY PACKAGE C
ASK AN EXPERT
OFFER Solution :
EXCLUSIVE OFFER FOR OTS (c)
STUDENTS ONLY ON BOOK
PACKAGES

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Course: GATE (Enroll User)
Mechanical Engineering (ME)
D
HOME
MY TEST QUESTION ANALYTICS
BOOKMARKS
MY PROFILE Q. 3
REPORTS When a wire is subjected to an axial load then its length becomes 1.5 times of initial length, then what will be the value of Young’s modulus?
BUY PACKAGE
ASK AN EXPERT Have any Doubt ?
OFFER A
EXCLUSIVE OFFER FOR OTS
STUDENTS ONLY ON BOOK B
PACKAGES
C

D None of the above Your answer is Correct

Solution :
(d)
Young’s modulus is material property that remains constant.

QUESTION ANALYTICS

Q. 4
A simple supported beam is shown in the figure. What will be the shape of elastic curve between point B and C?

https://onlinetestseriesmadeeasy.in/madeeasy/index.php?pageName=timeManagementReport&testid=1024&t=a&testType=2 FAQ H D bt ? 3/15

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Saurabh Mahendra Kamble A Straight line FAQ Have any Doubt ? Sign out

Course: GATE B Parabolic Saurabh Mahendra Kamble 
Mechanical Engineering (ME)
C Circular (Enroll User)
HOME
MY TEST Solution : Correct Option
BOOKMARKS (c)
MY PROFILE
REPORTS D Cubic
BUY PACKAGE
ASK AN EXPERT QUESTION ANALYTICS
OFFER
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STUDENTS ONLY ON BOOK
PACKAGES

Q. 5 4/15
For a prismatic bar that is under its self weight, what is the shape of axial stress diagram and how it varies with area ?

FAQ Have any Doubt ?
A Rectangle, linear variation with area

B Triangle, hyperbolic variation with area

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Saurabh Mahendra Kamble C Triangle, it doesn’t depend on area Saurabh Mahendra Kamble 

Course: GATE Solution : (Enroll User)
Mechanical Engineering (ME) (c)

HOME D Parabolic, hyperbolic variation with area
MY TEST
BOOKMARKS QUESTION ANALYTICS
MY PROFILE
REPORTS Q. 6
BUY PACKAGE In a bi-axial state of stress problem principal stresses are 200 MPa and – 100 MPa. The value of maximum absolute shear stress in the 
ASK AN EXPERT member is__________MPa.
OFFER
EXCLUSIVE OFFER FOR OTS FAQ Have any Doubt ?
STUDENTS ONLY ON BOOK
PACKAGES 150 150
Your answer is Correct

Solution :
150

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Course: GATE (Enroll User)
Mechanical Engineering (ME)
Q. 7
HOME
MY TEST For a tapered bar under axial load with the smaller dia is 0.6 times of bigger diameter the ratio of maximum to minimum stress
BOOKMARKS is___________.
MY PROFILE
REPORTS FAQ Have any Doubt ?
BUY PACKAGE
ASK AN EXPERT 2.778 (2.75 - 2.79) Correct Option
OFFER
EXCLUSIVE OFFER FOR OTS Solution :
STUDENTS ONLY ON BOOK 2.778 (2.75 - 2.79)
PACKAGES
Your Answer is 0.36

QUESTION ANALYTICS

Q. 8

For a ductile material principal stresses are 200 MPa and – 100 MPa. The value of working stressfor ductile material using maximum
distortion energy theory will be__________MPa.

FAQ Have any Doubt ?

264.6 (264.2 - 265) Correct Option

Solution :
264.6 (264.2 - 265)

QUESTION ANALYTICS 6/15
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Course: GATE Q. 9 (Enroll User) Sign out
Mechanical Engineering (ME)
For a square where diagonals are horizontal and vertical, the ratio of maximum shear stress to shear stress at neutral axis under pure shear
HOME force is ___________.
MY TEST
BOOKMARKS 1.125 (1.12 - 1.13) FAQ Have any Doubt ?
MY PROFILE Correct Option
REPORTS Solution :
BUY PACKAGE 1.125 (1.12 - 1.13)
ASK AN EXPERT
OFFER
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STUDENTS ONLY ON BOOK
PACKAGES

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Course: GATE (Enroll User)
Mechanical Engineering (ME)
QUESTION ANALYTICS
HOME
MY TEST Q. 10
BOOKMARKS A cube of side 40 mm is subjected to the loading condition as shown below. What will be the total change in volume, if E = 100 GPa and μ =
MY PROFILE 0.20 of material ?
REPORTS
BUY PACKAGE
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OFFER
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STUDENTS ONLY ON BOOK
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A 180 mm3 FAQ Have any Doubt ?
Correct Option
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(a)
(Enroll User)
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Saurabh Mahendra Kamble B 60 mm3
C 300 mm3
Course: GATE D 100 mm3
Mechanical Engineering (ME)
QUESTION ANALYTICS
HOME
Q. 11
MY TEST
A cantilever beam which is having deflection of under a uniformly distributed total load of W, where L is length of beam, E is modulus
BOOKMARKS
of elasticity and is moment of inertia. What is the total strain energy due to bending ?
MY PROFILE

REPORTS

BUY PACKAGE

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OFFER
EXCLUSIVE OFFER FOR OTS
STUDENTS ONLY ON BOOK
PACKAGES

FAQ Have any Doubt ?

A Your answer is Wrong

B Correct Option

Solution :
(b)

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Saurabh Mahendra Kamble C

Course: GATE D
Mechanical Engineering (ME)
QUESTION ANALYTICS
HOME
Q. 12
MY TEST Bi-axial state of stress at a point is shown below. What will be the value of principal stresses and maximum in-plane shear stress.

BOOKMARKS

MY PROFILE

REPORTS

BUY PACKAGE

ASK AN EXPERT

OFFER
EXCLUSIVE OFFER FOR OTS
STUDENTS ONLY ON BOOK
PACKAGES

A FAQ Have any Doubt ?
Your answer is Wrong
B Correct Option

C 10/15

D

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(d)
Course: GATE (Enroll User)
Mechanical Engineering (ME)
QUESTION ANALYTICS
HOME
MY TEST Q. 13
BOOKMARKS Two identical beams are shown below. Deflection at point B due to load at A i.e. W is δ. What will be the value of deflection at A due to load
MY PROFILE at B i.e. 2W ?
REPORTS
BUY PACKAGE
ASK AN EXPERT
OFFER
EXCLUSIVE OFFER FOR OTS
STUDENTS ONLY ON BOOK
PACKAGES

FAQ Have any Doubt ?

A 1δ 11/15

B (1/2) δ

C 3δ

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Course: GATE Solution :
Mechanical Engineering (ME) (d)

HOME QUESTION ANALYTICS
MY TEST
BOOKMARKS Q. 14
MY PROFILE For the stepped bar shown below, the value of maximum axial stress is ________ MPa.
REPORTS [Assume E = 200 GPa]
BUY PACKAGE
ASK AN EXPERT 500 FAQ Have any Doubt ?
OFFER
EXCLUSIVE OFFER FOR OTS Solution : 500
STUDENTS ONLY ON BOOK 500 Your answer is Correct
PACKAGES

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Saurabh Mahendra Kamble QUESTION ANALYTICS Saurabh Mahendra Kamble 

Course: GATE (Enroll User) Sign out
Mechanical Engineering (ME)
Q. 15
HOME
MY TEST For a brittle material if bending and twisting moments are 80 kNm and 60 kNm respectively. If maximum permissible stress in tension is
BOOKMARKS 100 MPa, then the minimum value of diameter is____________mm.
MY PROFILE
REPORTS FAQ Have any Doubt ?
BUY PACKAGE
ASK AN EXPERT 209.28 (209 - 210) 209.2895
OFFER Your answer is Correct
EXCLUSIVE OFFER FOR OTS
STUDENTS ONLY ON BOOK Solution :
PACKAGES 209.28 (209 - 210)

QUESTION ANALYTICS

Q. 16
For the rectangular cross section of beam as shown in figure. If maximum allowable bending moment in the member is 60 kNm, the value
of bending stresses developed at a fibre located at a distance of 2 cm from the bottom fibre is ____________MPa.

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Saurabh Mahendra Kamble 97.78 (97 - 98) (Enroll User)
Solution :
Course: GATE 97.78 (97 - 98) FAQ Have any Doubt ?
Mechanical Engineering (ME)
QUESTION ANALYTICS Correct Option
HOME
MY TEST Q. 17
BOOKMARKS The ratio of force P to force Q such that deflection at point C becomes zero is _________.
MY PROFILE
REPORTS
BUY PACKAGE
ASK AN EXPERT
OFFER
EXCLUSIVE OFFER FOR OTS
STUDENTS ONLY ON BOOK
PACKAGES

1.9285 (1.92 - 1.94) FAQ Have any Doubt ?
Correct Option
Solution :
1.9285 (1.92 - 1.94) 14/15

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QUESTION ANALYTICS
Saurabh Mahendra Kamble (Enroll User)

Course: GATE Your Answer is 0.0576
Mechanical Engineering (ME)

HOME
MY TEST
BOOKMARKS
MY PROFILE
REPORTS
BUY PACKAGE
ASK AN EXPERT
OFFER
EXCLUSIVE OFFER FOR OTS
STUDENTS ONLY ON BOOK
PACKAGES

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TOPICWISE : STRENGTH OF MATERIALS-2 (GATE - 2019) - REPORTS

Saurabh Mahendra Kamble OVERALL ANALYSIS COMPARISON REPORT SOLUTION REPORT

Course: GATE ALL(17) CORRECT(0) INCORRECT(0) SKIPPED(17)
Mechanical Engineering (ME)
Q. 1
HOME
For a circular shaft subjected to pure torsion allowable twist is 1.5° and length of shaft is 1 m. Maximum allowable shear stress is 1200
MY TEST kg/cm2 and modulus of rigidity is G = 1 × 106 kg/cm2. What will be the diameter of shaft?

BOOKMARKS FAQ Have any Doubt ?

MY PROFILE A 9.1672 cm Correct Option

REPORTS Solution :
(a)
BUY PACKAGE

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B 4.5836 cm 1/13
C 9.1672 mm
D 4.5836 mm

QUESTION ANALYTICS
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Saurabh Mahendra Kamble Q. 2 (Enroll User)
What is the main reason of failure of column having slenderness ratio of 8?
Course: GATE FAQ Have any Doubt ?
Mechanical Engineering (ME) A Buckling

HOME B Both crushing and buckling equally
MY TEST
BOOKMARKS C Crushing Correct Option
MY PROFILE
REPORTS Solution :
BUY PACKAGE (c)
ASK AN EXPERT Column with slenderness ratio of 8 comes under the category of short column which fails by crushing.
OFFER
EXCLUSIVE OFFER FOR OTS D None of the above
STUDENTS ONLY ON BOOK
PACKAGES QUESTION ANALYTICS

Q. 3

Wire winding is a technique which is used for providing residual compressive stress. This technique can be used in
FAQ Have any Doubt ?

A In thin pressure vessel Correct Option

Solution :
(a)

B In thick pressure vessel

C (a) and (b) both

D None the these

QUESTION ANALYTICS

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Saurabh Mahendra Kamble Q. 4 Saurabh Mahendra Kamble 
Which of the following graph represents the correct relation between various hardness numbersand applied load, (Enroll User)
Course: GATE
Mechanical Engineering (ME) FAQ Have any Doubt ?

HOME A Correct Option
MY TEST
BOOKMARKS Solution :
MY PROFILE (a)
REPORTS
BUY PACKAGE B
ASK AN EXPERT C
OFFER
EXCLUSIVE OFFER FOR OTS
STUDENTS ONLY ON BOOK
PACKAGES

D 3/13

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QUESTION ANALYTICS
Saurabh Mahendra Kamble (Enroll User)

Course: GATE Q. 5
Mechanical Engineering (ME)
A mild steel  specimen is tested under UTM (Universal Testing Machine) then the value of  Young’s modulus was 200 GPa. If the same mild
HOME steel specimen with carbon percentage 0.05% more than previous specimen is tested under UTM. What will be value of Young’s modulus of
MY TEST new specimen?
BOOKMARKS
MY PROFILE FAQ Have any Doubt ?
REPORTS
BUY PACKAGE A 200 GPa Correct Option
ASK AN EXPERT
OFFER Solution :
EXCLUSIVE OFFER FOR OTS (a)
STUDENTS ONLY ON BOOK Young’s modulus of steels remains unaffected with change in carbon percentage.
PACKAGES
B 210 GPa

C 190 GPa

D None of these

QUESTION ANALYTICS

Q. 6

A long column whose one end is fixed and another is free having a length of 800 mm and radius of gyration as 10 mm. The value of
buckling stress will be _________ MPa.
[Take Young’s modulus of material as 150 GPa]

FAQ Have any Doubt ?

57.83 (57.5 - 58.5) Correct Option

Solution :
57.83 (57.5 - 58.5)

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QUESTION ANALYTICS
Saurabh Mahendra Kamble (Enroll User)

Course: GATE Q. 7
Mechanical Engineering (ME)
The value of slenderness ratio of a column whose both ends are fixed and having a length of 50 mm and radius of gyration 20 mm is
HOME _______.
MY TEST
BOOKMARKS FAQ Have any Doubt ?
MY PROFILE
REPORTS 1.25 Correct Option
BUY PACKAGE
ASK AN EXPERT Solution :
OFFER 1.25
EXCLUSIVE OFFER FOR OTS
STUDENTS ONLY ON BOOK QUESTION ANALYTICS
PACKAGES
Q. 8

For a rectangular strain rosette value of principal strain is 1000 × 10–6 and 200 × 10–6. If value of μ = 0.30 and Young’s modulus E = 200
GPa. The value of maximum principal stress will be__________ MPa.

FAQ Have any Doubt ?

232.97 (231 - 235) Correct Option

Solution :
232.97 (231 - 235)

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QUESTION ANALYTICS
Saurabh Mahendra Kamble  Sign out

(Enroll User)

Saurabh Mahendra Kamble Q. 9 Then the value of is _________.
For the stepped round bar as shown in figure. The value of torsional shear stress at point C is
Course: GATE
Mechanical Engineering (ME) 0 FAQ Have any Doubt ?
Correct Option
HOME Solution :
0
MY TEST
QUESTION ANALYTICS
BOOKMARKS

MY PROFILE

REPORTS

BUY PACKAGE

ASK AN EXPERT

OFFER
EXCLUSIVE OFFER FOR OTS
STUDENTS ONLY ON BOOK
PACKAGES

Q. 10

What is the change in diameter of thin cylindrical pressure vessel, diameter of pressure vessel is 150 mm and maximum pressure inside the
pressure vessel is 6 MPa, if thickness of pressure vessel is 12.5 mm and longitudinal and circumferential efficiency of joints is 80% and 90%
respectively.
Given: E = 200 GPa, μ = 0.25

FAQ Have any Doubt ?

A 0.03 mm Correct Option

Solution :
(a)

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Saurabh Mahendra Kamble B 0.3 mm
C 0.003 mm
Course: GATE D 3 mm
Mechanical Engineering (ME)
QUESTION ANALYTICS
HOME
Q. 11
MY TEST For a composite bar as shown below, what is the relation between axial deformation and thermal deformations in the bar?

BOOKMARKS

MY PROFILE

REPORTS

BUY PACKAGE

ASK AN EXPERT

OFFER
EXCLUSIVE OFFER FOR OTS
STUDENTS ONLY ON BOOK
PACKAGES

Where, σ1, σ2 = stresses in Cu and steel bar respectively. FAQ Have any Doubt ?
α1, α2 = Coefficient of thermal expansion for Cu and steel bar respectively.
T = Increase in temperature 7/13
E1, E2 = Young’s modulus of Cu and steel bars respectively.
L = Length of bar.

A

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Course: GATE C (Enroll User)
Mechanical Engineering (ME)
Solution : Correct Option
HOME (c)
MY TEST
BOOKMARKS D
MY PROFILE
REPORTS QUESTION ANALYTICS
BUY PACKAGE
ASK AN EXPERT Q. 12
OFFER
EXCLUSIVE OFFER FOR OTS For a prismatic bar fixed at both the ends. If temperature of bar is increased by T°C then whatwill be the change in diameter of the bar?
STUDENTS ONLY ON BOOK Have any Doubt ?
PACKAGES

A αTd (1 + μ) Correct Option

Solution :
(a)

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Course: GATE (Enroll User)
Mechanical Engineering (ME)
B αTd (1 – μ)
HOME C αTd
MY TEST D zero
BOOKMARKS
MY PROFILE QUESTION ANALYTICS
REPORTS
BUY PACKAGE Q. 13
ASK AN EXPERT
OFFER A load of 2.2 kN is applied on a specimen during hardness testing diameter of steel ball is 10 mm and radius of identation is 0.65 mm. What
EXCLUSIVE OFFER FOR OTS will be the value of hardness?
STUDENTS ONLY ON BOOK
PACKAGES FAQ Have any Doubt ?

A 1650 BHN

B 168 BHN Correct Option

Solution :
(b)

C 1650 UHN 9/13

D 168 UHN

QUESTION ANALYTICS
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Course: GATE (Enroll User)
Mechanical Engineering (ME)
Q. 14
HOME
MY TEST A hypothetical engineering curve shows the variation of stress and strain for a component. If the volume of the component is 4000 mm3,
BOOKMARKS the toughness of component is _______ Joule.
MY PROFILE
REPORTS 2.515 (2.50 - 2.53) FAQ Have any Doubt ?
BUY PACKAGE Correct Option
ASK AN EXPERT Solution :
OFFER 2.515 (2.50 - 2.53)
EXCLUSIVE OFFER FOR OTS
STUDENTS ONLY ON BOOK
PACKAGES

QUESTION ANALYTICS 10/13
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Course: GATE (Enroll User)
Mechanical Engineering (ME)
Q. 15
HOME
MY TEST The shaft of power transmission system with same weights, length and material with ratio of inner diameter to outer diameter of hollow
BOOKMARKS circular shaft as 0.4. The ratio of power transmission capacity of solid and hollow circular shaft running at same rpm will be __________.
MY PROFILE
REPORTS FAQ Have any Doubt ?
BUY PACKAGE
ASK AN EXPERT 0.79 (0.78 - 0.80) Correct Option
OFFER
EXCLUSIVE OFFER FOR OTS Solution :
STUDENTS ONLY ON BOOK 0.79 (0.78 - 0.80)
PACKAGES

QUESTION ANALYTICS 11/13

Q. 16
Arrangement at strain rosettes is shown below in figure. If the strain tensor in 2D is given as,

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Saurabh Mahendra Kamble The value of strain in strain gauge B is ___________ × 10–3. (Enroll User)
19
Course: GATE FAQ Have any Doubt ?
Mechanical Engineering (ME) Solution : Correct Option
19
HOME
MY TEST
BOOKMARKS
MY PROFILE
REPORTS
BUY PACKAGE
ASK AN EXPERT
OFFER
EXCLUSIVE OFFER FOR OTS
STUDENTS ONLY ON BOOK
PACKAGES

QUESTION ANALYTICS 12/13

Q. 17
A load of 100 N falls through a height of 100 mm before coming to rest on a stop at the lower end of a bar of 1 m length and 20 mm

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Saurabh Mahendra Kamble diameter. Modulus of elasticity of bar is 2 × 105 N/mm2. The energy stored in the bar when the elongation in the bar isSmauarxaibmhuMmahendra Kamble 
____________ J. FAQ H(EanvroellaUnsyerD) oubt ?
Course: GATE Sign out
Mechanical Engineering (ME)
10.0566 (10.04 - 10.07) Correct Option
HOME
MY TEST Solution :
BOOKMARKS 10.0566 (10.04 - 10.07)
MY PROFILE
REPORTS
BUY PACKAGE
ASK AN EXPERT
OFFER
EXCLUSIVE OFFER FOR OTS
STUDENTS ONLY ON BOOK
PACKAGES

QUESTION ANALYTICS

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SINGLE SUBJECT : STRENGTH OF MATERIALS (GATE - 2019) - REPORTS

Saurabh Mahendra Kamble OVERALL ANALYSIS COMPARISON REPORT SOLUTION REPORT

Course: GATE ALL(33) CORRECT(6) INCORRECT(7) SKIPPED(20)
Mechanical Engineering (ME)
Q. 1
HOME
What will be the width of the strongest rectangular section under bending which is cut from the circular log of wood of diameter 40 mm?
MY TEST Have any Doubt ?

BOOKMARKS A 23.09 mm Correct Option

MY PROFILE Solution :
(a)
REPORTS

BUY PACKAGE

ASK AN EXPERT

OFFER
EXCLUSIVE OFFER FOR OTS
STUDENTS ONLY ON BOOK
PACKAGES

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Course: GATE (Enroll User)
Mechanical Engineering (ME)
B 32.66 mm
HOME C 28.28 mm
MY TEST D 24.49 mm
BOOKMARKS
MY PROFILE QUESTION ANALYTICS
REPORTS
BUY PACKAGE Q. 2
ASK AN EXPERT What will be the minimum value of square side shown below ‘d’ such that material does not fail if the permissible stress of the material in
OFFER tension and compression is 40 MPa?
EXCLUSIVE OFFER FOR OTS
STUDENTS ONLY ON BOOK
PACKAGES

A 25 mm Have any Doubt ?
Correct Option
B 19.36 mm
2/35
Solution :

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(b)

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Saurabh Mahendra Kamble C 11.18 mm
D 15 mm
Course: GATE
Mechanical Engineering (ME) QUESTION ANALYTICS

HOME Q. 3
What will be the angle of twist of composite shafts having equal length L, total torque acting at the free end on the shafts is T, modulus of
MY TEST rigidity for shafts is G1 and G2 respectively and polar moment of inertia for shafts J1 and J2 respectively?

BOOKMARKS

MY PROFILE

REPORTS

BUY PACKAGE

ASK AN EXPERT

OFFER
EXCLUSIVE OFFER FOR OTS
STUDENTS ONLY ON BOOK
PACKAGES

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Saurabh Mahendra Kamble A  (Enroll User)
Solution :
Course: GATE (a) Have any Doubt ?
Mechanical Engineering (ME) Correct Option

HOME B
MY TEST
BOOKMARKS C
MY PROFILE
REPORTS D (a) and (b) both
BUY PACKAGE
ASK AN EXPERT QUESTION ANALYTICS
OFFER
EXCLUSIVE OFFER FOR OTS Q. 4
STUDENTS ONLY ON BOOK What will be the total strain energy stored in the members shown in the figure? (All symbols carry their usual meanings)
PACKAGES

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Course: GATE (Enroll User)
Mechanical Engineering (ME)
Have any Doubt ?
HOME
MY TEST A Correct Option
BOOKMARKS
MY PROFILE B
REPORTS
BUY PACKAGE C
ASK AN EXPERT
OFFER D
EXCLUSIVE OFFER FOR OTS Solution :
STUDENTS ONLY ON BOOK (d)
PACKAGES

QUESTION ANALYTICS 5/35

Q. 5
A concentrated compressive load ‘p’ is applied on cross-section of a column as shown below.

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Saurabh Mahendra Kamble The buckling of column will take place about FAQ Have any Doubt ?
Your answer is Correct
Course: GATE A
Mechanical Engineering (ME)
B
HOME Solution :
(b)
MY TEST
C
BOOKMARKS D insufficient data

MY PROFILE QUESTION ANALYTICS

REPORTS Q. 6
What will be the ratio of maximum to minimum axial stress in the prismatic bar, which is loaded as shown in figure below?
BUY PACKAGE

ASK AN EXPERT

OFFER
EXCLUSIVE OFFER FOR OTS
STUDENTS ONLY ON BOOK
PACKAGES

FAQ Have any Doubt ?

A2 6/35
B1

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Course: GATE D (Enroll User)
Mechanical Engineering (ME)
Solution : Correct Option
HOME (d)
MY TEST
BOOKMARKS QUESTION ANALYTICS
MY PROFILE
REPORTS Q. 7
BUY PACKAGE Maximum principal stress theory of failure is valid for ductile materials also under which of the following conditions.
ASK AN EXPERT
OFFER 1. Under hydrostatic state of stress.
EXCLUSIVE OFFER FOR OTS 2. Bi-axial state of stress condition when σ1 and σ2 i.e. principal stresses are like in nature.
STUDENTS ONLY ON BOOK 3. Under uni-axial state of stress condition.
PACKAGES
FAQ Have any Doubt ?

A 1, 2 and 3 Correct Option

Solution :
(a)

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C 1 and 3 only
Course: GATE D 2 and 3 only (Enroll User)
Mechanical Engineering (ME)
QUESTION ANALYTICS Your answer is Wrong
HOME
MY TEST Q. 8
BOOKMARKS For the cantilever beam as shown in figure below, what will be the deflection at free end?
MY PROFILE
REPORTS A Have any Doubt ?
BUY PACKAGE Your answer is Wrong
ASK AN EXPERT B
OFFER Correct Option
EXCLUSIVE OFFER FOR OTS C
STUDENTS ONLY ON BOOK
PACKAGES Solution :
(c)

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Course: GATE (Enroll User)
Mechanical Engineering (ME)
D
HOME
MY TEST QUESTION ANALYTICS
BOOKMARKS
MY PROFILE Q. 9
REPORTS A steel column pinned at both ends having a length of 10 m and permissible stress in buckling is 400 MPa. If the stress is due to buckling
BUY PACKAGE only, what will be the minimum radius of gyration for the column?
ASK AN EXPERT
OFFER Have any Doubt ?
EXCLUSIVE OFFER FOR OTS
STUDENTS ONLY ON BOOK A 11.93 mm
PACKAGES
B 142.353 mm Your answer is Correct

Solution :
(b)

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D 71.177 mm
Course: GATE (Enroll User)
Mechanical Engineering (ME) QUESTION ANALYTICS

HOME Q. 10
MY TEST
BOOKMARKS For a spring having spring index as 9. The value of constant ‘kc’ which is used for considering the effect of curvature of spring is
MY PROFILE _____________. (Correct upto three decimal places)
REPORTS
BUY PACKAGE Have any Doubt ?
ASK AN EXPERT
OFFER 1.101 (1.05 - 1.15) Correct Option
EXCLUSIVE OFFER FOR OTS
STUDENTS ONLY ON BOOK Solution :
PACKAGES 1.101 (1.05 - 1.15)

QUESTION ANALYTICS

Q. 11

If a wire of 10 mm diameter is bent around a large cylinder of 3 m diameter, then the value of stress (in MPa) produced in the wire at a fibre
which is 1 mm from the top will be_________. [Take modulus of elasticity of both wire and cylinder as 200 GPa]

FAQ Have any Doubt ?

533.33 (531 - 535) Correct Option

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Solution : Saurabh Mahendra Kamble 
533.33 (531 - 535)
(Enroll User)
Sign out

Saurabh Mahendra Kamble QUESTION ANALYTICS

Course: GATE Q. 12
Mechanical Engineering (ME) Stresses on an element is shown in figure. For the element material, E = 200 GPa and K = 100 GPa. The value of stress ‘σ’ such that there is
no elongation in the direction of ‘σ’ will be ________ MPa.
HOME

MY TEST

BOOKMARKS

MY PROFILE

REPORTS

BUY PACKAGE

ASK AN EXPERT

OFFER
EXCLUSIVE OFFER FOR OTS
STUDENTS ONLY ON BOOK
PACKAGES

16.667 (16.6 - 16.7) Have any Doubt ?

Solution : 16.67
16.667 (16.6 - 16.7) Your answer is Correct
 
11/35
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Course: GATE (Enroll User)
Mechanical Engineering (ME)
QUESTION ANALYTICS
HOME
MY TEST Q. 13
BOOKMARKS
MY PROFILE A beam of circular section of diameter d is supported over a span of 5 m. A load of 5 kN is applied in the middle of the beam length. If
REPORTS maximum allowable stress is 80 MPa, then the diameter of the section is _________ mm.
BUY PACKAGE
ASK AN EXPERT Have any Doubt ?
OFFER
EXCLUSIVE OFFER FOR OTS 92.668 (92 - 93) Correct Option
STUDENTS ONLY ON BOOK
PACKAGES Solution :
92.668 (92 - 93)

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QUESTION ANALYTICS
Saurabh Mahendra Kamble (Enroll User)

Course: GATE Your Answer is 116.7544
Mechanical Engineering (ME)
Q. 14
HOME
MY TEST A railway is laid such that there is no stress in rails at 35°C. The rails are 25 m long and there is a clearance of 4 mm between the two rails.
BOOKMARKS If the temperature of rails rises to 85°C, then the magnitude of stress developed in rails will be __________ MPa.
MY PROFILE
REPORTS for rail material)
BUY PACKAGE Have any Doubt ?
ASK AN EXPERT
OFFER 88 (87 - 89) 88
EXCLUSIVE OFFER FOR OTS Your answer is Correct
STUDENTS ONLY ON BOOK
PACKAGES Solution :
88 (87 - 89)

QUESTION ANALYTICS 13/35

Q. 15
A tapered bar having diameter 80 mm and 40 mm, length of the tapered bar is 1.5 m, pure axial tensile load of 80 kN acting at smaller end
and Young’s modulus of material is 200 GPa. If bigger end is fixed, then stress at 0.6 m away from the free end will be _______ MPa.

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Course: GATE Saurabh Mahendra Kamble 
Mechanical Engineering (ME)
32.48 (32.40 - 32.56) (Enroll User) 32.5 Sign out
HOME
MY TEST Solution : Your answer is Correct
BOOKMARKS 32.48 (32.40 - 32.56)
MY PROFILE
REPORTS QUESTION ANALYTICS
BUY PACKAGE
ASK AN EXPERT Q. 16
OFFER A rectangular beam AB is loaded as shown in figure.
EXCLUSIVE OFFER FOR OTS
STUDENTS ONLY ON BOOK Total strain energy of the beam is __________ J.
PACKAGES If P = 50 kN, L = 2 m, E = 150 GPa and A = 20 mm2.

0 Have any Doubt ?
Solution : Correct Option
0
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QUESTION ANALYTICS Your A(EnnsrowlleUrsiesr)833333.33
Saurabh Mahendra Kamble
Q. 17
Course: GATE Bending moment diagram for a beam is shown in figure below. What will be the loading diagram for the beam?
Mechanical Engineering (ME)
A Have any Doubt ?
HOME   Correct Option
MY TEST
BOOKMARKS B
MY PROFILE
REPORTS Solution :
BUY PACKAGE (b)
ASK AN EXPERT
OFFER
EXCLUSIVE OFFER FOR OTS
STUDENTS ONLY ON BOOK
PACKAGES

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Course: GATE (Enroll User)
Mechanical Engineering (ME)
C
HOME
MY TEST D None of these
BOOKMARKS
MY PROFILE QUESTION ANALYTICS
REPORTS
BUY PACKAGE Q. 18
ASK AN EXPERT For a simple supported beam as shown in the figure below, what is the value of maximum shear force and maximum bending moment ?
OFFER
EXCLUSIVE OFFER FOR OTS A 10 kN, 20 kN-m Have any Doubt ?
STUDENTS ONLY ON BOOK Your answer is Correct
PACKAGES B 15 kN, 30 kN-m

Solution :
(b)

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Course: GATE (Enroll User)
Mechanical Engineering (ME)
C 20 kN, 40 kN-m
HOME D 15 kN, 40 kN-m
MY TEST
BOOKMARKS QUESTION ANALYTICS
MY PROFILE
REPORTS Q. 19
BUY PACKAGE A frustum of conical bar is shown in figure. What will be the elongation of this section of bar?
ASK AN EXPERT Where W is weight of a conical bar of length L and diameter D.
OFFER
EXCLUSIVE OFFER FOR OTS
STUDENTS ONLY ON BOOK
PACKAGES

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Saurabh Mahendra Kamble 
Course: GATE B 
Mechanical Engineering (ME) (Enroll User)
Solution :
HOME (b) Correct Option
MY TEST
BOOKMARKS
MY PROFILE
REPORTS
BUY PACKAGE
ASK AN EXPERT
OFFER
EXCLUSIVE OFFER FOR OTS
STUDENTS ONLY ON BOOK
PACKAGES

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Saurabh Mahendra Kamble C
 
Course: GATE
Mechanical Engineering (ME) D
 
HOME
QUESTION ANALYTICS
MY TEST
Q. 20
BOOKMARKS The deflection curve of a simple beam is given by the following equation:

MY PROFILE

REPORTS

BUY PACKAGE

ASK AN EXPERT

OFFER
EXCLUSIVE OFFER FOR OTS
STUDENTS ONLY ON BOOK
PACKAGES

Which of the following is correct? Have any Doubt ?
Correct Option
A
19/35
Solution :
(a)
 

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Saurabh Mahendra Kamble B
C
Course: GATE D
Mechanical Engineering (ME)

HOME

MY TEST

BOOKMARKS

MY PROFILE

REPORTS

BUY PACKAGE

ASK AN EXPERT

OFFER
EXCLUSIVE OFFER FOR OTS
STUDENTS ONLY ON BOOK
PACKAGES

QUESTION ANALYTICS 20/35

Q. 21
A straight bar of mild steel, 2 m long and 20 mm × 10 mm in section is mounted in strut testing machine and loaded axially till it buckles.
Assuming Euler’s formula  for pinned ends to apply, what will be the maximum central deflection before material attains its yield point of
240 MPa?
Take E = 200 GPa.

Have any Doubt ?

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Course: GATE B 21.67 mm (Enroll User)
Mechanical Engineering (ME)
C 29 mm Correct Option
HOME
MY TEST D 95.60 mm
BOOKMARKS Solution :
MY PROFILE (d)
REPORTS
BUY PACKAGE
ASK AN EXPERT
OFFER
EXCLUSIVE OFFER FOR OTS
STUDENTS ONLY ON BOOK
PACKAGES

QUESTION ANALYTICS

Q. 22
A metal bar is being compressed along axis 3 between two rigid walls such that strain ε1 = 0 and stress σ2 = 0. Because of this a axial
stress σ3 is developed and there is no shear stress in the member. What will be the value of apparent yield stress σ3 using Von mises
criterion if the material in a conventional compression  test has σy as yield stress? (μ is Poisson’s ratio for material)

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