The relationship between the Lame's constant \['\lambda '.\] Young's modulus 'E' and the Poisson's ratio 'v' is:

\[\lambda =\frac{Ev}{(1+2v)(1-v)}\]

\[\lambda =\frac{Ev}{(1+v)(1-2y)}\]

The relationship between the Lame's constant \['\lambda '.\] Young's m

1.	The relationship between the Lame's constant \['\lambda '.\] Young's modulus 'E' and the Poisson's ratio 'v' is:
A.	\[\lambda =\frac{Ev}{(1+v)(1-2y)}\]
B.	\[\lambda =\frac{Ev}{(1+2v)(1-v)}\]
C.	\[\lambda =\frac{Ev}{(1+v)}\]
D.	\[\lambda =\frac{Ev}{(1-v)}\]
Answer» B. \[\lambda =\frac{Ev}{(1+2v)(1-v)}\]

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The relationship between the Lame's constant \['\lambda '.\] Young's modulus 'E' and the Poisson's ratio 'v' is:

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