The relation betweent gamma,eta and K fo...

The relation betweent `gamma,eta` and K for a elastic material is

A

`(1)/(eta)= (1)/(3Y) + (1)/(9 beta)`

B

`(1)/(beta)= (1)/(3Y) + (1)/(9 eta)`

C

`(1)/(Y) = (1)/(3 beta) + (1)/(9 eta)`

D

`(1)/(Y) = (1)/(3 eta) + (1)/(9 beta)`

Verified by Experts

The correct Answer is:

D

`(9)/(Y)= (1)/(beta)+ (3)/(eta) rArr (1)/(Y) = (1)/(9 beta) + (1)/(3 eta) rArr (1)/(Y) = (1)/(3 eta) + (1)/(9 beta)`

Similar Questions

Explore conceptually related problems

The relation between Y. eta and B is

Derive the relation between alpha, beta and gamma .

The longitudinal extention of any elastic material is very small.In order to have an appericiable change ,the material must be in the form of

Find the relation between gamma (adiabatic constant) and degree of freedom (f)

Of the following, the most elastic material is

Distinguish between elasticity and plasticity of materials.

The relation between the internal energy U adiabatic constant gamma is

Which one is the correct relation between the elastic constants Y, K and eta ?

What is the correct relation between degree of freedom and gamma ?