Home
Class 11
MATHS
If sinx=3/5,cosy=-(12)/(13),where x and ...

If `sinx=3/5,cosy=-(12)/(13),`where x and y both lie in second quadrant, find the value of `sin (x + y)dot`

Promotional Banner

Similar Questions

Explore conceptually related problems

If sin x=(3)/(5),cos y=-(12)/(13), where x and y both lie in second quadrant,find the value of sin(x+y)

If sin x = 3/5, cos y =- (12)/(13), where x and y both lie in second quadrant, find the vlaue of sin (x +y).

If sin x = 3/5, cos y =- (12)/(13), where x and y both lie in second quadrant, find the vlaue of sin (x +y).

If sin x = 3/5, cos y =- (12)/(13), where x and y both lie in second quadrant, find the vlaue of sin (x +y).

If sin x = 3/5, cos y =- (12)/(13), where x and y both lie in second quadrant, find the vlaue of sin (x +y).

If sin x=(3)/(5), cos y=-(12)/(13) , where 'x' and 'y' both lie in second quadrant, find the value of 'sin(x+y)'

If s in A=(3)/(5),cos B=-(12)/(13), where A and B both lie in second quadrant,find the value of sin(A+B).

If sin A=3/5, cos B=-(12)/(13),\ w h e r e A and B both lie in second quadrant, find the value of sin(A+B) .

If sinA = 3/5, cosB = 12/13, where A and B both lie in second quadrant, then the value of sin (A + B) is -

If sinA=3/5 and cosB =-12/15 , where A and B both lie in second quadrant, then find the value of sin(A+B).