wait a sec
wait a sec
Sorry, but the horzine one uses gas. The other uses liquid. The gas expands indefinatley, because the volume of the area outside the tube is greater. Liquids, meanwhile, do not expand to their enviorment, so what you see is what there is. The only reason the horzine gas doesnt disperse in front of it is the velocity of it, which keeps it more streamlined and forward, instead of everywhere, even though the gas IS expanding. Im no student, I know my basic physics, I am your equal if anything.
wait a sec
Well, the US flamethrower liquid is of a much lower consistency than the Horzine flamethrower seemingly. Time for a physics lesson:
Newton's third law states that "Every action has an equal and opposite reaction". In a case such as a flamethrower the opposite reactions manifests itself as momentum. The calculation for momentum is:
Momentum=Mass x Velocity
P=mv
Since the Horzine flamethrower has a higher consistency projectile as stated earlier, the mass is greater. For the purposes of this hypothesis we can assume that the projection velocity is roughly the same. Therefore, since the mass is greater and the velocity is equal, the momentum must be greater, meaning greater recoil on the Horzine flamethrower.
Class dismissed!
Sorry, but the horzine one uses gas. The other uses liquid. The gas expands indefinatley, because the volume of the area outside the tube is greater. Liquids, meanwhile, do not expand to their enviorment, so what you see is what there is. The only reason the horzine gas doesnt disperse in front of it is the velocity of it, which keeps it more streamlined and forward, instead of everywhere, even though the gas IS expanding. Im no student, I know my basic physics, I am your equal if anything.