[Only for Dropper and XII batch]

Concept Videos :-

#2 | Stress
#3 | Strain
#4 | Hooks's Law & Young's Modules
#5 | Bulk Modules & Shear Modules
#6 | Solved Problems: Set 1
#7 | Extension in a Stretched Wire
#8 | Derivation for Energy Stored in a Wire
#12 | Solved Problems: Set 2
#13 | Solved Problems: Set 3

Concept Questions :-

Stress-strain
Explanation is a part of a Paid Course. To view Explanation Please buy the course.

Difficulty Level:


Concept Videos :-

Concept Questions :-

Explanation is a part of a Paid Course. To view Explanation Please buy the course.

Difficulty Level:


Concept Videos :-

#10 | Stress, Strain Curve
#11 | Application of Elastic Behaviour of Material

Concept Questions :-

Stress-strain curve
Explanation is a part of a Paid Course. To view Explanation Please buy the course.

Difficulty Level:


Concept Videos :-

#1 | Potential Energy & Elastic Behaviour

Concept Questions :-

Explanation is a part of a Paid Course. To view Explanation Please buy the course.

Difficulty Level:


Concept Videos :-

#2 | Stress
#3 | Strain
#4 | Hooks's Law & Young's Modules
#5 | Bulk Modules & Shear Modules
#6 | Solved Problems: Set 1
#7 | Extension in a Stretched Wire
#8 | Derivation for Energy Stored in a Wire
#12 | Solved Problems: Set 2
#13 | Solved Problems: Set 3

Concept Questions :-

Stress-strain
Explanation is a part of a Paid Course. To view Explanation Please buy the course.

Difficulty Level:


Concept Videos :-

#9 | Poisson Ration

Concept Questions :-

Poisson ratio
Explanation is a part of a Paid Course. To view Explanation Please buy the course.

Difficulty Level:


Concept Videos :-

Concept Questions :-

Explanation is a part of a Paid Course. To view Explanation Please buy the course.

Difficulty Level:


The bulk modulus of a spherical object is B. If it is subjected to uniform pressure p, the fractional decrease in radius is 

(a)PB

(b) B3p

(c) 3pB

(d)p3B

Concept Videos :-

#2 | Stress
#3 | Strain
#4 | Hooks's Law & Young's Modules
#5 | Bulk Modules & Shear Modules
#6 | Solved Problems: Set 1
#7 | Extension in a Stretched Wire
#8 | Derivation for Energy Stored in a Wire
#12 | Solved Problems: Set 2
#13 | Solved Problems: Set 3

Concept Questions :-

Stress-strain
Explanation is a part of a Paid Course. To view Explanation Please buy the course.

Difficulty Level:


The Young's modulus of steel is twice that of brass. Two wires of same length and of same area of cross-section, one of steel and another of brass are suspended from the same roof. If we want the lower ends of the wires to be at the same level, then the weight added to the steel and brass wires must be in the ratio of

(a)1:2

(b)2:1

(c)4:1

(d)1:1

Concept Videos :-

#2 | Stress
#3 | Strain
#4 | Hooks's Law & Young's Modules
#5 | Bulk Modules & Shear Modules
#6 | Solved Problems: Set 1
#7 | Extension in a Stretched Wire
#8 | Derivation for Energy Stored in a Wire
#12 | Solved Problems: Set 2
#13 | Solved Problems: Set 3

Concept Questions :-

Stress-strain
Explanation is a part of a Paid Course. To view Explanation Please buy the course.

Difficulty Level:


Copper of fixed volume v is drawn into wire of length l. When this wire is subjected to a constant force F, the extension produced in the wire is  Δl. Which of the following graphs is a straight line?

(a)Δl versues 1/l

(b)Δl versus l2

(c)Δl versus 1/l2

(d) Δl versus l

Concept Videos :-

Concept Questions :-

Explanation is a part of a Paid Course. To view Explanation Please buy the course.

Difficulty Level: