I have a problem that is completely hypothetical and revolves around the speed of a non-existent aerial vehicle. Using the following specifications, what speed can this hypothetical flying vehicle move? Standard weight: 43.4 metric tons Max Acceleration: 0.93 G Rocket Thrusters: 2 x 24000 kg , 4 x 1870 kg I know that speed = distance / time. I have the weight of the object in question, and I believe I can derive its mass from its weight to get 43,400 kilograms. I'm not very good with mathematical concepts in physics but from what I understand 'G' is a unit of acceleration and 1 standard unit of G or gravity is 9.8 m/s2. So a max acceleration of 0.93 G would be 9.114 m/s2. If force = mass * acceleration then 9.114 m/s2 * 43,400 kg = 395547.6 Newtons of force. And that's great, but, I'm not asked for the force, but the speed. I don't know where to go from here and the information listed above is all I have. The equations I've done don't seem to help any. Any aid or direction I can get here would be appreciated. Thank you.