3rd law of force by newton.every action has an equal and opposite reaction well there is a combustion chamber in the rocket where fuel and gases are burnt using liquid oxygen.they are thrown out of the rocket with tremendous force and they equally and in the opposite direction push the rocket ahead
You can have different kinds of ways to make a rocket fly. you an use a pump to pump the rocket up into the air, put a antacid tablet to make it fly
As the propellant is burnt, the pressure in the combustion chamber builds up and is forced out at a high speed. This causes the rocket to move in the opposite direction by Newton's third law. Because Newton's third law works in space as well, rockets can operate without air.
Because of bernoulli's principle and Newton's third law of motion
By flying in a relatively "upward" direction.
the fin keeps the rocket stable while the rocket flys.hope that helps! POKECARP out
There is no such thing. Tickets for the Houston Rockets basketball team can be purchased at the stadium or on Stub Hub. Nobody buys tickets to go flying in a rocket.
He as flying the The Bell X-1, a rocket engine-powered aircraft.
May be there suit or flying in the rocket ship.
UFO,Flying saucer, rocket Ship, Rocket, shuttle, space probe, go to http://thesaurus.reference.com/browse/spacecraft
The propeller or the jet (or rocket) exhaust gasses
Both use the same principle for flying. But an aircraft normally doesn't use a rocket. Spacecrafts use rocket engines.
Poison gas was the terrifying weapon of World War 1. The V1 Flying Bomb and V2 Rocket were the terrifying weapons of WW2.
It depends on whether you are walking, cycling, driving, flying, in a rocket.
The term 'rocket' is very General, the first recorded flying object to take off using rocket propulsion was either the Me-163 or the V-1 Doodlebug, both made in Nazi Germany.
The aerodynamic structure contributed by the speed, created by the engine allows the rocket to project in a direction, opposite to the gravitational pull. The wing-like structure at the bottom helps the rocket to remain in a parabolic path. Regardless of the weather, a rocket can fly in a steady path. This helps a rocket in flying out of the atmosphere of the earth and gravitational region.