Examine the continuity and differentiability of function f(x)= x. (e^1/x - e^-1/x)/(e^1/x + e^-1/x)

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Examine the continuity and differentiability of the function f(x)= x.(e^1/x - e^-1/x)/(e^1/x+e^-1/x) Examine the continuity and differentiability of the function f(x)= x.(e^1/x - e^-1/x)/(e^1/x+e^-1/x)
Is the function f(x)=e^1/x / 1+e^1/x , when x!=0 , f(0)=0 continuous at x=0 ?#bscmaths1styear#shorts Is the function f(x)=e^1/x / 1+e^1/x , when x!=0 , f(0)=0 continuous at x=0 ?#bscmaths1styear#shorts
Check The Continuity of e^1/x | Continuity | am sir Check The Continuity of e^1/x | Continuity | am sir
If f(x)={[ x(e^1 / x-e^-1 / x/e^1 / x+e^1 / x), x ≠ 0; ... If f(x)={[ x(e^1 / x-e^-1 / x/e^1 / x+e^1 / x), x ≠ 0; ...
Discuss the differentiability of `f(x)={x e-(1/(|x|)+1/x),x!=0x ,x=0a tx=0` Discuss the differentiability of `f(x)={x e-(1/(|x|)+1/x),x!=0x ,x=0a tx=0`
Show that f(x)=xe^(1/x)/[1+e^(1/x)] when x not 0 & f(x)=0 when x=0 is not differentiable at x=0 Show that f(x)=xe^(1/x)/[1+e^(1/x)] when x not 0 & f(x)=0 when x=0 is not differentiable at x=0
Discuss the continuity of the function f(x)=[e^(1/x) -1] /[e^(1/x) +1] when, x not zero & 1 at x= 0 Discuss the continuity of the function f(x)=[e^(1/x) -1] /[e^(1/x) +1] when, x not zero & 1 at x= 0
Show the function, `f(x) = {{:((e^(1//x)-1)/(e^(1//x)+1)",","when",x ne 0),(0",","when",x = 0):} Show the function, `f(x) = {{:((e^(1//x)-1)/(e^(1//x)+1)",","when",x ne 0),(0",","when",x = 0):}