Math'ing for RemoteTech not going as its suppose. Need help

[Sokar408]

So, I tried to calculate the maximum altitude at which my probes will stay within the cone of a dish, which simple trigonometry.

My method is as follows:

In a triangle, where the Kerbin is corner A, Eve is corner H, and cone corners are B and C, and h (the height if you will)

Now H is directly in between B and C.

Consider triangle ABH. We know angle A = (dish cone angel / 2) degrees, H = 90 degrees, and |AH| = h = min/max distance between Kerbin and Eve.

Using this info, I should get the correct altitude at which the probe will stay inside the cone of the dish (will call this "y") from Kerbin, by finding: |HB| - Eve radius (we'll call this "t")

The total formula should there for be as follows:

x = (((h*sin(y/2))/(sin(180-((y/2)+90))))-r

However the numbers I'm getting doesn't fix what I see in game.

I get that the minimum altitude, that is the altitude when the two planets are closest, i should 80,573,164.77 meters. However at the moment of testing, the planets are pretty much at the max distance, yet here the cone Barely cover a 78.000.000 meter altitude. Needless to say something is going wrong, either in my assumption about how the cone works, or the way I did the math. Its probably an obvious mistake, but I can't find it. Please help

EDIT: Even if I correct for degrees, the result is still absolutely wrong. This is frustrating beyond belief

EDIT 2: Never it was a typo that made the whole thing miss up. I got it now. Thanks anyway

Edited June 5, 2015 by Sokar408