It's a simplification. I'm supposed to simplify so that only one variable is present at the end.
x = [sin(A+B)/2]/sin(A/2)
Here's what I've done so far...
x = 2[sin(A+B)] / 2[sin(A)
x = sin(A + B) / sin(A)
am I totally off....?
Thank you!
It's a simplification. I'm supposed to simplify so that only one variable is present at the end.
x = [sin(A+B)/2]/sin(A/2)
Here's what I've done so far...
x = 2[sin(A+B)] / 2[sin(A)
x = sin(A + B) / sin(A)
am I totally off....?
Thank you!
I don't know if the original expression can be "simplified" any more than it is already. You're not going to get an expression with only A or B alone unless there is a known relationship between A and B.
I tried using the half-angle formula for sine ...
doing the division ...
I also did the sum expansion for, divided by
and got the following expression ...
not much there as far as "simplification" goes, either.
Is there more to this problem that you haven't posted?