2I=int e^(ax)sin(bx+c)dx

inte^(ax)sin(bx+c)dx

int e^(ax)cos(bx+c)dx

Evaluate: int e^(ax)sin(bx+c)dx

Evaluate the following integrals: int e^(ax) sin (bx+c)dx

Evalute : int e^(ax) sin (bx+c) dx , (a, b, c in R, b ne 0) on R.

If int e^(ax) sin bx dx=(e^(ax))/(sqrt(a^(2)+b^(2)))sin(bx+m)+c , then the value of m is-

Method of integration by parts : If u=inte^(ax)cos bx dx and v= int e^(ax) sin bx dx then (a^(2)+b^(2))(u^(2)+v^(2))=....

If u=inte^(ax)cos bx dx and v=int e^(ax)sinbx dx , show that, (a^(2)+b^(2))(u^(2)+v^(2))=e^(2ax)

If u=inte^(ax)sin " bx dx" and v=inte^(ax)cos " bx dx then "(u^(2)+v^(2))(a^(2)+b^(2))=