Rocket engines create thrust through the principle of action and reaction, as de

Rocket engines create thrust through the principle of action and reaction, as described by Newton’s third law of motion. The engine expels exhaust gases out of the back of the rocket at high velocity, and the force of the gases moving in one direction creates an equal and opposite force in the opposite direction, propelling… Continue reading Rocket engines create thrust through the principle of action and reaction, as de

Rockets maintain stability during flight using fins, which act as control surfac

Rockets maintain stability during flight using fins, which act as control surfaces. These fins are used to generate aerodynamic forces that counteract the destabilizing forces of gravity and thrust. The fins can be adjusted to steer the rocket and keep it on the desired course. Another way rockets maintain stability during flight is by gimballing… Continue reading Rockets maintain stability during flight using fins, which act as control surfac