Find the value of sin(2tan⁻¹(1/4)) + cos(tan⁻¹(2√2))

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

Evaluating Inverse Trigonometric Functions

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

Simplifying Inverse Trig (Example)

The value of sin(2(tan ^-1 0.75)) is equal to (a) 0.75 (b) 1.5 (c) 0.96 (d) sin ^-1 1.5

Write the value of tan ^-1[2 sin(2 cos ^-1√(3)/2)]. P

Find the value of sin[cos^(-1) (2/3)], sin[arccos(2/3)]. Inverse Trig Function

The value of sin(2 tan ^-1(.75)) is equal to (A) 75 [ (B) 1.5 (C) 96 ] (D) sin 1.5 ⇒sin(2 ...

cos (2 tan^-1(1/7) - sin (4 tan^-1(1/3)) is equal to ? jee test series Inverse Trigonometry

Exact value of sin(cos^-1(1/2) + sin^-1(3/5)) Trigonometric inverse Compound Angle

Evaluate : sin(2tan^-1(2/3)) + cos(tan^-1√3)

Find the value of tan inverse 2 cos 2 sin inverse 1 by 2

Cos(2 tan-1(1/7)) = Sin(2 tan-1(3/4)) ; Inverse trigonometric functions @EAG

Prove that 3. 2sin^-1(3/5)=tan^-1(24/7) inverse trigonometry functions miscellaneous chapter 2 12th

The value of sin(2 tan ^-1(1/3))+cos(tan ^-1 2 √(2))= (1) 16/15 (2) 14/15 (3) 12/15 (4) 11/15

For the principal values, evaluate sin^-1(-√3/2)-2sec^-1(2tan π/6)

Find Trig Function Values Given Sine and Quadrant

prove that cos(2Tan^-1(1/7)) =sin(2Tan^-1(3/4))

Prove that 2 sin-1 3/5 = tan-1 24/7