User blog:XxFNAFCraft911xX/Quaunt's calc request

fuck my life

https://www.youtube.com/watch?v=QMMDdUYojdQ&feature=youtu.be&list=PL19B0B5CCFEF1C0C9&t=217

using rowvid we find out the timeframe from when the laser travels to the moon is 0.04 seconds

we must use angsizing to get a distance though.

Well, the formula is 2atan(Object_Size/Panel_Height/tan(70/2)))

2atan(135/890/tan(70/2))) =  35.5035320841746014 degrees

moon's diameter is 3474 km

http://www.1728.org/angsize.htm

distance is 5.4258e+3 km

5.4258e+3/0.04 = 135,645 km/s or 0.452463017, relativistic

But thats not the real meat here boys.

It looks fragmentation for the moon bust - which is a measly 42 petatons - continent level.

Bigger solution though.

It explodes about 1/4 of its mass as far as twice its diameter it seems.

Timeframe is about 0.24 seconds via rowvid.

6948/0.24 = 28,950 km/s or  28950000 m/s for its speed.

1.8369182725e+22 kg for quarter of the moons mass.

0.5 * 1.8369182725e+22 * 28950000^2 = 7.697629e+36 Joules or about 1.839.77748566 ninatons of TNT, holy fuck that is large planet+

sorry quaunt im falling asleep will do sleep calc later xoxox