[" If the antiderivative of "f(x)" is "e^(x)" and that of "g(x)" is "],[cos x," then "int f(x)cos xdx+int g(x)e^(x)dx" is "]

If an antiderivative of f(x) is e^(x) and that of g(x) is cos x, then int f(x) . cos xdx + int g(x) . e^(x) dx

If an antiderivative of f(x) is e^(x) and that of g(x) is cos x, then int f (x) cos x dx + int g(x) e^(x) dx is equal to :

Q12If the antiderivative of f(x) is e' and antiderivative of g(x) is cos x ,then int f(x)cos xdx+int g(x)e^(x)dx

If an antiderivative of f(x) is e^(x) and that of g(x) is cosx, then the value of int f(x) cos x dx+ int g(x) e^(x) dx is equal to -

int e^(x) cos xdx

int x*e^(x)cos xdx

" (a) "int e^(x)cos xdx

int e^(x)cos e^(x)dx