Find the value of (sin θ + cos θ tanθ)/cos θ
Find the value of (sin θ + cos θ tanθ)/cos θ
A). 2 sin ¸
B). 2 tan ¸
C). 2 cos ¸
D). 2 cot ¸
1 answers
Other Questions
1. If sin 38° = x/y, then sec 38° - sin 52° is equal to
2. If $5 cos\theta + 12 sin\theta$ = 13, $0^{0} < 0 < 90^{0}$ , then the value of $sin\theta$ is
3. If \(\frac{{{\rm{cosx}}}}{{1 + {\rm{cosecx}}}} + \frac{{{\rm{cosx}}}}{{{\rm{cosecx}} - 1}} = 2\) , then the value of x -
4. What is the value of sec 30° + cot 30°?
5. If $Sec\theta$ = $\frac{13}{12}$, then $Cot\theta $= ?
6. If $sin(60^{0} - x)$ = $cos (y + 60^{0})$, then the value of sin (x - y) is
7. If $sin\theta + cosec\theta$ = 2, then the value of $sin^{5}\theta + cosec^{5}\theta$ when $0^{0}\theta \theta \theta 90^{0}$, to
8. The angle of elevation of an aeroplane from a point on the ground is 60°. After flying for 30 seconds, the angle of elevation changes to 30°. If the aeroplane is flying at a height of 4500 m, then what is the speed (in m/s) of aeroplane?
9. If $sin 2\theta$ = $\frac{\sqrt{3}}{2}$, then the value of $sin 3\theta$ is equal to (take $0^{0} \leq \theta \leq 90^{0}$)
10. If \(\tan \theta = \frac{p}{q}then\frac{{p\sin \theta - q\cos \theta }}{{p\sin \theta + q\cos \theta }}\) is equal to: