Rocket acceleration is the rate at which a rocket's speed increases over time. It is typically measured in meters per second squared (m/s^2).
Rocket acceleration is achieved by burning fuel in the rocket's engines, which produces thrust. This thrust propels the rocket forward and causes it to accelerate.
The amount and type of fuel, the design of the rocket's engines, and the weight of the rocket all affect its acceleration. The more fuel a rocket has, the stronger its acceleration will be.
The maximum height a rocket can reach depends on various factors such as the strength of the rocket's engines, the amount of fuel it carries, and the aerodynamics of the rocket. In general, the higher the acceleration, the higher the rocket can go.
Yes, there is a limit to rocket acceleration. As a rocket travels higher into the Earth's atmosphere, air resistance and gravity will gradually slow it down. Eventually, the rocket will reach a point where it can no longer accelerate and will maintain a constant speed, known as its terminal velocity.