0 Members and 1 Guest are viewing this topic.
What happens to the track of the centre of the ball?
Anyway , your own fellow "scientist" ( Har , har , har...) admits that there should be a powerful impact on the target end .
All of these factors come together to make the thrust exactly the same as in my first calculation: 3.3356 newtons.
Reply # 226 clearly implies that the target impact is greater than 21 sticks of dynamite per sec .
..........Missing the obvious .Reply # 226 clearly implies that the target impact is greater than 21 sticks of dynamite per sec .
Even .8 GJ equals .59 Billion foot-pounds of force !
It's enough to raise the QE2 a foot. Come now , MAN UP !Jeez , it's like pulling teeth around here !P.M.
..............Most annoying81M newtons , or 18.2 Mlbs .Are you screeching , and jumping for joy now ? Sheesh !P.M.
Just admit that the energy translation would produce a hellacious push !
It SHOULD be obvious that it is the force necessary to accelerate .6Mlb. to 1ft per second .
However , if you want to amuse the world by claiming that .8 GWsec in kinetic energy ( .8 GJ ) transferred by MATTER results in a force of one pound for one second on a target , I must question more than your numerical competence . Go ahead , advertise the difference between our logic capabilities !P.M.
Go ahead , advertise the difference between our logic capabilities !
..................Rolling in it ! IN ONE SECOND ! Tell me you didn't realise that ! Even your Low-brow School classmates would have recognised that ! Time to stop the dishonest cow-crud , and admit the basic facts here , not the absurd quibbling over wording which appears to be all you self-proclaimed "scientists" can produce ! It’s getting embarrassing even to have MY system associated with your rediculous twaddle !Professor ( earned as a kid , inspite of the automatic zero ) Megamind !!