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Satellite orbits are matched to the capability and objective of the sensor(s) they carry. Orbit selection can vary in terms of altitude (their height above the Earth's surface) and This is an important factor for monitoring changes between images or for mosaicking adjacent images together, as they do not...

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Which countries have earth-observing satellites? When was the oldest working satellite launched? At what altitudes do most satellites orbit? So, for the next four years, we'll hold the incoming administration accountable, just like we did under all the presidents dating back to our founding more...

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I also know that Earth's orbit varies from more elliptical to less elliptical, and that its less elliptical stage is nearly circular. So... what would happen if Earth did have If you could circularize that orbit, then the Sun would be in the center of the circle, of course. Kepler's laws remain valid for a circular orbit

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Oct 21, 2017 · Orbital Velocity expression for Near orbit (step by step derivation) Let’s consider an orbit which is pretty close to the earth. Now if the height of the satellite (h) from the surface of the earth is negligible with respect to the Radius of the earth, then we can write r=R+h = R (as h is negligible).

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The latitude circles do not change with the rotation of the earth, so the coverage calculation of satellite constellation is simplified by the combination of the characteristics of earth rotation and satellite orbital period. According to this method, computational efficiency is improved. 4. Coverage Computations for Satellite Constellation to ...

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A) Do you have a circular orbit? B) What is the shape of orbit if speed was half as fast? C) What is the shape of the orbit if speed is 120% of your calculated speed? D) Change the speed of the satellite (reduce) to determine the minimum speed needed for a bounded orbit (that will not crash into planet) 3.