Home
Class 12
MATHS
If sin(A-B)=(1)/(sqrt(10)), cos (A+B)=(2...

If `sin(A-B)=(1)/(sqrt(10)), cos (A+B)=(2)/(sqrt(29))`, find the value of `tan 2A` where A and B lie between 0 and `(pi)/(4)`

Promotional Banner

Similar Questions

Explore conceptually related problems

If sin(A-B)=1/(sqrt(10 )), cos(A+B)=2/(sqrt(29)) , find the value of tan2A where A and B lie between 0 and pi/4

If tan (A-B) = (1)/(sqrt3) and sin A = (1)/(sqrt2) find the value of B.

sin(A+B)=1/sqrt(2) cos(A-B)=sqrt3|2

If tan(A+B)=sqrt(3)andsin(A-B)=(1)/(2) ,then find the value of tan (2A-3B) .

If sin (A+B) =1 and cos (A-B) = (sqrt(3))/(2) , then find the values of A and B.

If cos A = 0.5 and cos B = (1)/(sqrt2) , find the value of : (tan A - tan B)/( 1+ tan A tan B)

If tan(A-B)=1/(sqrt(3)) and tan(A+B)=sqrt(3) , 0^@ B find A and B .

IF cos B = (3)/(sqrt(13)) and A + B = 90 ^(@) find the value of sin A .

If 2 cos (A-B) = 2 sin ( A+ B) = sqrt3 find the value of acute angles A and B .

If sin A = (1)/(sqrt3) and sin B = (1)/(sqrt5) find the value of tan ""(1)/(2) (A + B) . Cot "" (1)/(2) (A-B).