Ilithi_Dragon
Dragon Overlord

hey.

IIRC the radius is the blast radius.

If R = (Et ( squared )/p) ( to the power of 1/5 ) work, then ricery is going to be smashed so badly........ ( even worse if C is included, I forgot if it does or not, I am pretty sure it doesn't :D )

Oh, I missed what do they represent, sorry.

R = radius, E = energy, t = time, p = density ( I think ).

I remember it from a textbook ( I think ) that I bought......I think it is for calculating weapons yields of nuclear weapons....I am not 100% sure. I read it quite some time ago. The yields I am trying to calculate are for (eg. turbolasers, laser cannons .etc )

I have a question:

Does

R=left({fracE{t^{2{ ho ight)^{frac {1} {5

R = (Et ( squared )/p) ( to the power of 1/5 )

work for calculating yields for Scifi?

( or is it R = C (Et ( squared )/p) ( to the power of 1/5 ) )

If not can you tell me the one to use?

ohhh. that's who's lawn this is well anyways don't go near the oak I just crappd there. :D

No, I'm not. Get off my damn lawn before I come out there and give you a solid whipping with my cane!

Lol........wait you were kidding right?

In three years, maybe.

Now shut up, I need to get back to work. I can't hear myself think over all you young whipper-snappers prattling on.

And get off my damn lawn!!!