If we consider only the principal value of the inverse trigonometric functions then the value of `tan (cos^-1 (1/sqrt(2))-sin^-1 (4/sqrt(17))` is (A) `sqrt(29)/3` (B) `29/3` (C) `sqrt(3)/29` (D) `- 3/5`

If we consider only the principal values of the inverse trigonometric functions , then the value of tan(cos^-1 (1/(5sqrt2)) -sin^-1 (4/sqrt(17))) is (a) sqrt(29)/3 (b) 29/3 (c) sqrt3/29 (d) 3/29

If we consider only the principal values of the inverse trigonometric functions , then the value of tan(cos^-1 (1/(5sqrt2)) -sin^-1 (4/sqrt(17))) is (a) sqrt(29)/3 (b) 29/3 (c) sqrt3/29 (d) 3/29

If we consider only the principle values of the inverse trigonometric functions then the value of tan(cos^(-1)""1/(5sqrt(2))-sin^(-1)""4/sqrt(17)) is

If we consider only the principal values then the value inverse trigonometric functions then the value of tan(cos^(-1)(1/(5sqrt2)) -sin^(-1)(4/sqrt17)) is

If we consider only the principal values then the value inverse trigonometric functions then the value of (cos^-1(1/(5sqrt2) (-sin^-1)4/sqrt(17)) is (a) sqrt(29)/3 (b) 29/3 (c) sqrt3/29 (d) 3/29

If we consider only the principal values then the value inverse trigonometric functions then the value of (cos^(-1)((1)/(5sqrt(2))(-sin^(-1))(4)/(sqrt(17))) is (a) (sqrt(29))/(3) (b) (29)/(3) (c) (sqrt(3))/(29) (d) (3)/(29)

The value of tan{cos^(-1)1/(5sqrt(2))-sin^(-1)4/(sqrt(17))} is (sqrt(29))/3 (b) (29)/3 (c) (sqrt(3))/(29) (d) 3/(29)

The value of tan{cos^(-1)1/(5sqrt(2))-sin^(-1)4/(sqrt(17))} is (sqrt(29))/3 (b) (29)/3 (c) (sqrt(3))/(29) (d) 3/(29)

The value of tan{cos^(-1)(1)/(5sqrt(2))-sin^(-1)(4)/(sqrt(17))} is (sqrt(29))/(3)( b) (29)/(3)(c)(sqrt(3))/(29) (d) (3)/(29)]}

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