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Entropist
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How fast would a satellite need to travel to mantain an orbit of 30 statue miles above sea level?
autisticmoose said:remember orbit and escape velocity are the same.
Entropist said:I needed an ozone-making machine inside or just above the Ozone layer.
Tethers can be miles long. The ones that have already been made are simply cables of Kevlar.
The orbital speed at 30 miles varies depending on the object and its orbit. For example, the orbital speed of the International Space Station at an altitude of 30 miles is approximately 17,500 miles per hour.
The orbital speed at 30 miles is calculated using the formula v = √(GM/r), where v is the orbital speed, G is the gravitational constant, M is the mass of the object being orbited, and r is the distance between the object and the center of mass.
Yes, the orbital speed at 30 miles will change depending on the altitude. The higher the altitude, the slower the orbital speed will be due to the decrease in the gravitational force.
The orbital speed at 30 miles is a crucial factor in determining the stability and shape of an object's orbit. If the orbital speed is too low, the object will spiral towards the Earth, and if it is too high, the object will escape the Earth's orbit.
Yes, the orbital speed at 30 miles can be changed or controlled by altering the altitude, adjusting the object's velocity, or using propulsion systems. This is essential for maintaining a stable orbit and for launching and maneuvering spacecraft.