" 28."(sin^(-1)x)^(2)

{ cos (sin ^(-1) x)}^(2) ={sin (cos ^(-1) x)}^(2)

If sin^(-1)x_(i)in[0,1]AA i=1,2,3,....28 then find the maximum value of sqrt(sin^(-1)x_(1))sqrt(cos^(-1)x_(2))+sqrt(sin^(-1)x_(2))sqrt(sin^(-1)x_(3))+sqrt(sin^(-1)x_(3))sqrt(cos^(-1)x_(4))+...+sqrt(sin^(-1)x_(28))sqrt(cos^(-1)x_(1))

If sin^(-1)x_i in [0,1]AAi=1,2,3, .28 then find the maximum value of sqrt(sin^(-1)x_1)sqrt(cos^(-1)x_2)+sqrt(sin^(-1)x_2)sqrt(cos^(-1)x_3)+ sqrt(sin^(-1)x_3)sqrt(cos^(-1)x_4)+....+sqrt(sin^(-1)x_(28))sqrt(cos^(-1)x_1)

lim_(x rarr0)(sin^(-1)x+3x)/(tan x+2sin((1)/(2)sin^(-1)x)[3-4sin^(2)((1)/(2)sin^(-1)x)])=

If x(3-x)<=2 then sin^(-1)(x)+sin^(-1)(x^(2))+......+sin^(-1)(x^(10))=

The equation 3^("sin"2x + 2"cos"^(2)x) + 3^(1-"sin"2x +2"sin"^(2)x) = 28 is satisfied for the values of x given by

The equation 3^("sin"2x + 2"cos"^(2)x) + 3^(1-"sin"2x +2"sin"^(2)x) = 28 is satisfied for the values of x given by

If x(3-x) ge 2" then "Sin^(-1)(x)+Sin^(-1)(x^(2))+……..+Sin^(-1)(x^(10))=

sin^(-1)[sqrt(x^(2)-x^(3))-sqrt(x-x^(3))]=..... a) sin^(-1)x+sin^(-1)sqrt(x) b) sin^(-1)x-sin^(-1)sqrt(x) c) sin^(-1)sqrt(x)-sin^(-1)x d) 2sin^(-1)x

If sin^(-1)x+sin^(-1)(1-x)=sin^(-1)sqrt(1-x^(2)), then x is equal to