To orbit the Earth 100 times, the satellite would require 5000 kg of fuel (50 kg x 100). Each orbit requires the same amount of fuel, so multiplying the amount for one orbit by the number of desired orbits gives the total fuel needed.
Yes, a satellite in orbit requires fuel to make adjustments to its trajectory or maintain its position. However, satellites in geostationary orbit can maintain their position without fuel because they orbit above the same location on Earth.
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The space shuttle uses its payload bay to carry and deploy satellites into space. Once the shuttle reaches the desired orbit, the robotic arm or astronauts inside the shuttle release the satellite into space.
Of course it uses solar energy. There are solar panels in a satellite.
Actually, satellites require fuel to keep them in the correct position. When a satellite runs out of fuel, they launch a new one. Airplanes use fuel to give them enough speed to provide the lift that keeps them in the air.
You give velocity to a satellite through rockets. The rockets use some powerful fuel - for example, a mix of hydrogen and oxygen - to push them into orbit.
FUEL TV is on channel 398 on Dish satellite TV.
Liquid Hydrogen
To orbit the Earth 100 times, the satellite would require 5000 kg of fuel (50 kg x 100). Each orbit requires the same amount of fuel, so multiplying the amount for one orbit by the number of desired orbits gives the total fuel needed.
a satellite graveyard is a pleas on which when the satellites is out of use they put them their
I saw a satellite orbiting around earth.
Check out www.fordification.com/fuel-sending-units.htm I think you will find your answer there.
A liquid fuel tank
no.
Many satellites contain propellant tanks used for repositioning the satellite. They also use solar arrays to collect energy from the sun. When the satellite runs out of fuel it is said to have reached its end of life and will either burn up in the earths atmosphere or will be put in another orbit, such as super synchronous orbit. This allows a replacement satellite to be launched and put in the same orbit but prevents over population of that particular orbit.
A satellite in orbit maintains its speed and trajectory due to its momentum and gravitational forces. Once in space, where there is no air resistance to slow it down, a satellite can orbit without the need for additional fuel. Exceptions include satellites that require positional adjustments or propulsion for specific maneuvers.