Home
Class 12
MATHS
cos^(-1)((sin x+cos x)/(sqrt(2))),(-pi)/...

cos^(-1)((sin x+cos x)/(sqrt(2))),(-pi)/(4)

Promotional Banner

Similar Questions

Explore conceptually related problems

Differentiate cos^(-1) ((sin x + cos x)/(sqrt2)), - (pi)/(4) lt x lt (pi)/(4)

Differentiate the functions with respect to x:cos^(-1){(cos x+sin x)/(sqrt(2))},-(pi)/(4)

Differentiate the following function with respect to x:sin^(-1){(sin x+cos x)/(sqrt(2))}-(3 pi)/(4)

Express sin^(-1)((sin x+ cos x)/(sqrt2)) , where -(pi)/(4) lt x lt (pi)/(4) , in the simplest form.

Express sin^(-1)((sin x+ cos x)/(sqrt2)) , where -(pi)/(4) lt x lt (pi)/(4) , in the simplest form.

Simplify: ^(*)sin^(^^)(-1)((sin x+cos x)/(sqrt(2))),backslash-pi/4

Prove that cos^-1 ((sin x + cos x )/(sqrt2)) = x - (pi/4), (pi/4) le x le ((5pi)/4)

Differentiate cos^(^^)(-1){(cos x+sin x)/(sqrt(2))},-pi/4

(sin x+cos x)^(2)+cos^(2)((pi)/(4)+x)in

arctan^(-1)((cos x)/(1-sin x))-cos^(-1)(sqrt((1+cos x)/(1-cos x)))=(pi)/(4),x in(0,(pi)/(2))