Find the maximum value of `y=2sin^2x-3sinx+1 AA x in R`

If I=int(dx)/(x^(2)-2x+5)=(1)/(2)tan^(-1)(f(x))+C (where, C is the constant of integration) and f(2)=(1)/(2) , then the maximum value of y=f(sinx)AA x in R is

If I=int(dx)/(x^(2)-2x+5)=(1)/(2)tan^(-1)(f(x))+C (where, C is the constant of integration) and f(2)=(1)/(2) , then the maximum value of y=f(sinx)AA x in R is

Find the maximum and the minimum values of f(x)=sin(sinx) for all x in R , if any.

If y=1+2sin x+3cos^(2)x, find the maximum and minimum values of y AA x in R

Find the maximum value of 4sin^2x+3cos^2x+sinx/2+cosx/2dot

Find the maximum value of sin x_(1)+2sin x_(2)+...+n sin x_(n),x_(i)in R

The value of the integral I=inte^(x)(sinx+cosx)dx is equal to e^(x).f(x)+C, C being the constant of integration. Then the maximum value of y=f(x^(2)), AA x in R is equal to

The value of the integral I=inte^(x)(sinx+cosx)dx is equal to e^(x).f(x)+C, C being the constant of integration. Then the maximum value of y=f(x^(2)), AA x in R is equal to

Find the maximum and minimum value of y = asin^2x + b sinx.cosx + c cos^2x

find the maximum value of f(x) = (sin^(-1) (sin x))^(2) - sin^(-1) (sin x)