" (i) "(e^(x)+sin x)/(1+log x)

Differentiate the following functions with respect to x:(e^(x)+sin x)/(1+log x)

Differentiate (e^(x)+sin x)/(1+log x) with respect to x

lim_(x rarr0)(e^(x)+sin x-1)/(log(1+x))=

lim_(x rarr0)(e^(x)+sin x-1)/(log(1+x)=)

lim_(x rarr0)(e^(x)+sin x-1)/(log(1+x))=

If f(x) = (sin (e^(x-2) - 1))/(log (x - 1)) , then lim_(x rarr 2) f(x) is given by :

underset(x to 1)"Lt" (sin(e^(x-1)-1))/(log x)=

int e^(x)(log sin x+cot x)dx

int (sin x + cos x)/( e^(-x) + sin x) dx is equal to a) log | 1-e^(x) sin x| +C b) log | 1 + e^(-x) sin x| + C c) log | 1+e^(x) sin x| + C d) log | 1 -e^(-x) sinx | +C