`a=sin^(-1)(-(sqrt(2))/(2))+cos^(-1)(-(1)/(2))` and `b=tan^(-1)(-sqrt(3))-cot^(-1)(-(1)/(sqrt(3)))` ,then

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

If a=sin^(-1) (-sqrt2/2)+cos^(-1) (-1/2) and b=tan^(-1) (-sqrt3)-cot^(-1) (-1/sqrt3) , then

The value of sin ^(-1) (-(1)/(sqrt2)) + cos ^(-1) (-(1)/(2)) - tan ^(-1) (-sqrt3) + cot ^(-1) (-(1)/(sqrt3)) is

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

quad Ifalpha=2tan^(-1)(sqrt(3-2sqrt(2)))+sin^(-1)((1)/(sqrt(6)-sqrt(2))),beta=cot^(-1)(sqrt(3)-2)+(1)/(8)sec^(-1)(-2) and gamma=tan^(-1)((1)/(sqrt(2)))+cos^(-1)((1)/(sqrt(3))), then

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

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

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

Evaluate each of the following: cos e c^(-1)(-(2)/(sqrt(3)))+2cot^(-1)(-1)(ii)tan^(-1)(-(1)/(sqrt(3)))+cot^(-1)((1)/(sqrt(3)))+tan^(-1)(sin(-(pi)/(2)))