# When A Satellite Travels At Constant Speed, Its Shape Is

Published

To keep an orbit that is 22 223 miles (35 786 km) above Earth the satellite should orbit at a speed of about 7 000 miles per hour (11 300 kph) That orbital speed and range allows the satellite to make one transformation in 24 hr.

## Do satellites take a trip at various speeds?

A: No satellites that orbit at various elevations have various speeds … The GOES system of satellites which tracks weather condition and other things remains in a geosynchronous orbit 36 000 kilometers (22 000 miles) above the earth. These satellites take a trip at about 11 000 kilometers per hour (7 000 miles per hour).

## What occurs when the speed of an item in orbit boosts?

As you keep increasing the speed you will then reach the Escape Speed of the Earth and will break out from its orbit getting away into area

## Why does a satellite in a circular orbit travel at a continuous speed?

Why does a satellite in a circular orbit travel at a continuous speed? There is no element of force acting along the instructions of movement of the satellite … The gravitational force acting upon the satellite is stabilized by the centrifugal force acting upon the satellite.

## How do satellites keep position?

Due To The Fact That it is sped up by our world’s gravity the satellite moves extremely rapidly when it is close to the Earth. As it moves away its speed slows so it invests more time at the top of its orbit farthest from the Earth.

## What identifies orbital speed?

As seen in the formula v = SQRT( G * M main/ R) the mass of the main body (earth) and the radius of the orbit impact orbital speed. The orbital radius remains in turn reliant upon the height of the satellite above the earth.

## What is the velocity of the satellite in orbit?

A satellite in a circular orbit speeds up towards the things it is orbiting at a rate equivalent to the velocity of gravity at its orbital radius As in a falling elevator items in orbit remain in consistent freefall. Items in complimentary fall have no typical force acting on them and hence no weight.

## How can the force of gravity alter the speed of a satellite when it remains in an elliptical orbit however not when it remains in a circular orbit?

The speed of the satellite does not alter due to the fact that there is no element of gravitational force in the instructions of its movement … When a satellite remains in an elliptical orbit the gravitational force will have a part along the instructions of movement at all points of the orbit other than for the perigee and apogee.

## When a satellite remains in orbit around the Earth the force of gravity on the satellite?

Real weightlessness just takes place in deep area where the gravitational force on an item is no. A satellite in a steady circular orbit around Earth is constantly in complimentary fall. As it orbits it experiences a gravitational force towards the centre of Earth which triggers it to alter instructions and ‘fall’ towards Earth.

## What does the work energy theorem state about the speed of a satellite in circular orbit?

What does the work energy theorem state about the speed of a satellite in circular orbit? … In accord with the theorem as soon as moving no work is done on the satellite (due to the fact that the gravitational force has no element parallel to movement) so no modification in energy takes place Thus the satellite cruises at a continuous speed.