cos sin^(-1)(-(sqrt(3))/(2))

For the principal values,evaluate each of the following: sin^(-1)(-(1)/(2))+2cos^(-1)(-(sqrt(3))/(2))( ii) sin^(-1)(-(sqrt(3))/(2))+cos^(-1)((sqrt(3))/(2))

Find the principal value of each of the following: sin^(-1)(-(sqrt(3))/(2))( (ii) sin^(-1)((cos(2 pi))/(3))( iii) sin^(-1)((sqrt(3)-1)/(2sqrt(2)))

" (4) "sin cos^(-1)(-(sqrt(3))/(2))

Taking only principal values,the values of cos^(-1)(-(1)/(2))+sin^(-1)(-(sqrt(3))/(2)) is equal to

sin^(-1)(-(sqrt(3))/(2))+cos^(-1)((sqrt(3))/(2))

Evaluate the value of tan^(-1) (-sqrt(3)) +cos^(-1) (1/(sqrt(2))) + sin^(-1) (-(sqrt(3))/2)

sin cos^(-1) ""((-sqrt(3))/(2))

For the principal values, evaluate each of the following : (i) sin^(-1)(-1/2)+2cos^(-1)(-(sqrt(3))/2) (ii) sin^(-1)(-(sqrt(3))/2)+cos^(-1)((sqrt(3))/2)

Simplify : tan^(-1)(1) - cos^(-1) ((-1)/2) +sin^(-1) ((-sqrt(3))/2)

The value of tan^(-1)[2 sin(2 cos^(-1)""(sqrt(3))/(2))] is