`d/dx(e^(-x))(sinx - cosx)`

d/dx (e^(sin√x))

d/(dx) (e^(x sin x)) =

Differentiate (e^(x) sin x + x^(p) cos x)

(d) / (dx) e ^ ((x sin x + cos x))

d/(dx)(e^xlogsin2x)=

Differentiate x^(tanx)+(sinx)^(cosx) w.r.t. x.

(d)/(dx)(3^x)(e^x)

Differentiate the following functions with respect to x. (i) x^(2//3)+7e^x-(5)/(x)+7tanx (ii) log {tan((pi)/(4)+(x)/(2))} (iii) (sinx-cosx)/(sinx+cosx) (iv) tan(tan^(-1)sqrt((1-cosx)/(1+cosx)))

(d)/(dx)[e^(x)sin sqrt(3)x]=

Differentiate each of the following w.r.t. x: (i)e^(x^(2))" "(ii) e^(-3x)" "(iii) e^(cosx)