1. Assume that you wish to place in orbit a satellite that always directly above the same point on the earth’s equator. What velocity and altitude must the satellite have at the iustant of burnout of the rocket booster? 2. a solid iron sphere entering the earth’s atmosphere at 8 km/s and at an angle of30° below the local horizontal. The sphere diameter is 1.6 m. Calculate (a) the altitude at which maximum deceleration occurs, (b) the value of the maximum deceleration, and (c) the velocity at which the sphere would impact the earth’s surface.
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