EULER'S THEOREM ::-
Homogenous function of three variables ::-
Definition ::-
If a function f (x,y,z) of three independent variables x, y, z be such that f ( tx,ty, tz ) =t^n f ( x, y, z ) for every t (>0 ) ,then f (x, y, z ) is said to be a Homogenous function of degree n.
Theorem ::-
EULER'S THEOREM on Homogenous function of three variables
State::-
If a differentiable function u= f (x, y, z) be a Homogenous function of degree n in x, y, z having continuous partial derivatives , then
Homogenous function of three variables ::-
Definition ::-
If a function f (x,y,z) of three independent variables x, y, z be such that f ( tx,ty, tz ) =t^n f ( x, y, z ) for every t (>0 ) ,then f (x, y, z ) is said to be a Homogenous function of degree n.
Theorem ::-
EULER'S THEOREM on Homogenous function of three variables
State::-
If a differentiable function u= f (x, y, z) be a Homogenous function of degree n in x, y, z having continuous partial derivatives , then
Theorem
●● THEOREM 2
State::- If u is a differentiable Homogenous function of degree n in two independent variable x and y , and all partial derivatives of first and second orede are continuous, then
,
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