A satellite with an elliptical orbit and eccentricity 1/7 travels around a planet located at one of the ellipse's foci. It is known that the radius of this planet is 5600 km. Neglecting the size of the satellite, calculate the greatest distance (in kilometers) from the satellite to the surface of the planet, knowing that the shortest distance is 300 km.
A satellite with an elliptical orbit and eccentricity 1/7 travels around a planet located at one of the ellipse's foci. It is known that the radius of this planet is 5600 km. Neglecting the size of the satellite, calculate the greatest distance (in kilometers) from the satellite to the surface of the planet, knowing that the shortest distance is 300 km.
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A satellite with an elliptical orbit and eccentricity 1/7 travels around a planet located at one of the ellipse's foci. It is known that the radius of this planet is 5600 km. Neglecting the size of the satellite, calculate the greatest distance (in kilometers) from the satellite to the surface of the planet, knowing that the shortest distance is 300 km.
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