The parts that detach and fall away are the spent fuel tanks or solid booster rockets. Once they are empty, they become dead weight and need to be ejected.
Some disadvantages of rocket launching include high costs associated with building and launching rockets, potential environmental impact from rocket exhaust, and the risk of accidents or failures during launch that can result in significant loss of life and resources. Additionally, launching rockets requires a significant amount of fuel and can contribute to air pollution.
I think Chinese was the first to build a rocket it consists of an arrow with tube filled with gun powder it was about 600 A.D. The Muslim Arabs developed the rocket with the same shape we know these days it was about 1100 A.D They used rockets in their wars but it were not accurate. I saw some old paintings showing two soldiers launching rocket and some people watching them the picture was belong to the Usmanian era so it may be in 1600 A.D
Components of the launch vehicle that don't leave the atmosphere fall back, either into the ocean or onto land. Components that achieve orbit remain there for a while, and then re-enter the atmosphere. Upon re-entry, they are either completely burned up in the atmosphere, or else some portion of the object survives re-entry and falls, either on land or into the sea. The pieces that achieve orbit may stay there for a long time before re-entering. That's the meaning of the term "space junk" ... several thousand objects now in earth orbit, consisting of everything from nuts and bolts to dead satellites.
Yes, the booster rockets. This usually happens after their fuel has been spent, and they merely drop back to earth and land in the ocean where they are retrieved and used again for another flight.
The range of a rocket fired from a rocket launcher can vary widely depending on the type of rocket, launcher, and specific circumstances. Some rockets can travel up to several kilometers, while others can reach distances of over 100 kilometers. It ultimately depends on the specifications of the rocket system being used.
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Some disadvantages of rocket launching include high costs associated with building and launching rockets, potential environmental impact from rocket exhaust, and the risk of accidents or failures during launch that can result in significant loss of life and resources. Additionally, launching rockets requires a significant amount of fuel and can contribute to air pollution.
Some Music concerts and rocket launching sites.
Yes the US Space shuttle is re usable and the external tank and solid rocket boosters are also re used.
It depends. Some rocket engines have a single stage, some have 3 or more. Staging allows for the overall weight of the vehicle to be reduced by dropping off parts of the rocket and continuing on with smaller rocket engines and less fuel.
I think Chinese was the first to build a rocket it consists of an arrow with tube filled with gun powder it was about 600 A.D. The Muslim Arabs developed the rocket with the same shape we know these days it was about 1100 A.D They used rockets in their wars but it were not accurate. I saw some old paintings showing two soldiers launching rocket and some people watching them the picture was belong to the Usmanian era so it may be in 1600 A.D
A car accelerating when the driver presses the gas pedal - the force applied by the engine causes acceleration. A ball falling towards the ground due to gravity - the force of gravity causes the ball to accelerate downward. A rocket launching into space - the force created by the rocket engines propels the rocket forward, causing acceleration.
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It can be removed but it requires a "pitman arm puller". Some auto parts stores will rent it to you.
I watched as the space shuttle launched from Cape Canaveral.
Yes, the launching Angle of Attack, along with the launching force, will determine range, unless there is some outside force (such as a motor) to accommodate it.
Some important science concepts that affect the flight of a rocket include Newton's laws of motion, particularly the third law (action-reaction principle), aerodynamics (study of airflow around the rocket), and propulsion systems (how rockets generate thrust to move forward). Understanding these concepts is crucial for designing and launching rockets successfully.