Recent content by tayyaba_azim

Thank you very much for your reply. Can u tell me how to solve my equation in general or through the calculator?

I've just checked this calculator for the partial differentiation of ((x1-m1)^2/s^2) w.r.t 'm' i.e. d/dm(((x1-m1)^2/s^2)) and the result was (-2 (-m1 + x1)^2 s'[m])/s^3 + (2 (-m1 + x1) (-m1'[m] + x1'[m]))/s^2; I'm still confused how do we differentiate a function containing 'm1' w.r.t...