How much force does a 20000 kilograms rocket develop to accelerate 1 mass divided by speed squared?

Answer 1

Oh, dude, you're hitting me with some heavy physics jargon! So, like, the force a rocket develops to accelerate is calculated using Newton's second law, which is force equals mass times acceleration. In this case, the force would be 20000 kg times the acceleration, which is 1 divided by speed squared. So, yeah, you'd plug in those numbers and get your answer.

Answer 2

Well, darling, to calculate that force, you need to divide the mass of the rocket (20000 kg) by the speed squared. So, if we assume the speed is 1 m/s, the force would be 20000 Newtons. But hey, don't forget to account for those units, we don't want any physics police coming after us!

Answer 3

The force exerted by the 20000 kg rocket can be calculated using Newton's second law: force = mass * acceleration. If the mass being accelerated is 1 kg, and the speed squared is the acceleration value, the force would be 20000 kg * (1 m/s^2) = 20000 Newtons.

Answer 4

In order to work on this question, we need to clean up the units. For acceleration,

we'll use the unit "meter per second2".

We'll also assume that the mission controllers want the rocket to accelerate upward.

(That'll make a difference.)

Gravity is already exerting a downward force on the rocket, which would produce a

downward acceleration of 9.8 meters per second2 if it were free to move downward.

That force is called the "weight" of the rocket, and any downward motion would be

described as "falling". (This has often been observed in the US space program.)

In order to accelerate it upward at the rate of 1 meter per second2, the engines

must completely cancel (balance) the downward force of gravity, PLUS add more

upward force.

The total force required is enough to produce upward acceleration of 10.8 meters per second2 ...

9.8 upward to cancel gravitational acceleration, plus one more to accelerate upward.

F = M A = (20,000) (10.8) = 216,000 newtons = about 48,620 pounds of force.

Answer 5

It has to counteract the force of gravity which is 9.8 mss so its acceleration it needs to produce is 10.8 mss * 20,000 kg = 201,600 Newtons (N).