What happens behind the rocket?

What happens behind the rocket?

If the rocket was pushed upwards during the spacecraft, if we look at the rocket, then we can see the white smoke behind it. Do you know the reason why I see this smoke?  Read the article below to find out.

The combustion of fuel produces gas at very high pressures.  This gas coil we see many times from Earth. This gas rocket - accelerated through a narrow tube behind it.  As a result, the rocket accelerates forward with the action of the force that produces a fierce retroactive force.

The widespread use of artificial satellites has contributed greatly to the development of sophisticated communications systems and aerospace research.  At its core is the continuous improvement of rocket propulsion.

Although the gas is light but the velocity of the gas emitted due to high velocity is very high.  According to the principle of momentum conservation, the rocket is similar but retro turbulence is obtained and rises at high velocity.  As a fuel, rockets usually contain liquid hydrogen and liquid oxygen for combustion.  Liquid hydrogen and oxygen are injected into the combustion chamber in a special process and at a controlled rate.  The high pressure gas generated by the combustion process of the fuel comes out of the rocket's lower emission path at extremely high velocities.

Suppose a rocket is moving in space.  As a result, the effect of wind barrier and gravity can be ignored.  As the gas emitted from the rocket causes a force or push on the rocket to reverse the speed of the gas, the rocket moves forward rapidly.  As a result, the rocket has achieved various velocities (11 • 2 km / s) and achieved various speeds, including the establishment of a satellite in space, overcoming obstruction of gravitational acceleration.

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Read my another aricle: The Theory Of Reality in Space Travel.

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