Question

Solution

Correct option is

SIMILAR QUESTIONS

Q1

If tan α is equal to the integral solution of the inequality 4x2 – 16x + 15 < 0 and cos β is equal to the slope of the bisector of the first quadrant, then sin (α + β) sin (α – β) is equal to  

Q2

0, then the value of tan x tan y  tan z  tan t is equal to

 

Q3

 is equal to

Q4

If A and B are acute positive angles which satisfy the equalities  then

A + 2B is equal to

Q6
Q7

 then tan x, tan y, tan z are in. 

Q9

are in A.P. whose common difference is α, then the value of

Q10