The value of $\frac{{{{\sin }^2}{}52^\circ + 2 + {{\sin }^2}{{ }}38^\circ }}{{4{}{{\cos }^2}43^\circ - 5 + 4{{\cos }^2}{{}}47^\circ }}$

Find the value of Sec (-30^o)+tan(-60^o)

If tanθ + cotθ = 2 and θ is acute, then the value of tan¹⁰⁰θ +cot¹⁰⁰θ is equal to:

If $tan\theta=\frac{3}{4}$ and θ is acute, then what is the value of sin θ

Find the value of

$Sin0^o\times{sin1^o}\times{sin2^o}\times{sin3^0}...............Sin89^0 is$

Cos1^o.cos2^o.cos3^o.......................cos100^o is equal to

In the given figure $\angle{ABC} = \angle{ABD}, BC = BD then \triangle{CAB} =\triangle$___________

Find the value of $\sqrt{cot^2\theta-cos^2\theta}$.

Find $cos^4 A - sin^4 A.$

The least value of 8 cosec²θ + 25 sin² θ is:

If 4 cos²θ - 3 sin²θ + 2 = 0, then the value of tanθ is (where 0 ≤ θ < 90°)

Find the value of $\dfrac{\tan 60^\circ - \tan 15^\circ}{1 + \tan 60^\circ \tan 15^\circ}$

Find x if 2sin²x - 1 = 0

Find the Value of$\frac{\cos 30^\circ - \sin 30^\circ}{\sin 60^\circ + \cos 60^\circ}$

Find x if $sin x=\frac{1}{2}$

The value of sin238° – cos²52° is:

The value of $\frac{{\rm cose{c^2}30^\circ {{\rm \sin }^2}45^\circ + {{\rm \sec }^2}60^\circ }}{{\rm tan60^\circ \rm cose{c^2}45^\circ - {{\rm \sec }^2}60^\circ \rm tan45^\circ }}$  is:

If 3 sec² x - 4 = 0, then the value of x (0 < x < 90°)

Find the value of sin²35° + sin²55°

IOf $tan\theta=\frac{20}{21}$, then the Value of $\frac{Sin{\theta}-Cos{\theta}}{Sin{\theta}+Cos{\theta}}$