A projectile is fired vertically from a planet's surface with an initial speed of 6.5 km/s. Neglect aerodynamic drag and determine how high above the earth it will go in km. Assume the planet radius and mass are 16510 km and 7.7E24 kg, respectively. NOTE: Acceleration due to gravity IS NOT CONSTANT. Derive and express algebraic solution in terms of givens: vo, Rp, Mp and G.
A projectile is fired vertically from a planet's surface with an initial speed of 6.5 km/s. Neglect aerodynamic drag and determine how high above the earth it will go in km. Assume the planet radius and mass are 16510 km and 7.7E24 kg, respectively. NOTE: Acceleration due to gravity IS NOT CONSTANT. Derive and express algebraic solution in terms of givens: vo, Rp, Mp and G.
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Transcribed Image Text:A projectile is fired vertically from a planet's surface
with an initial speed of 6.5 km/s. Neglect
aerodynamic drag and determine how high above the
earth it will go in km. Assume the planet radius and
mass are 16510 km and 7.7E24 kg, respectively.
NOTE: Acceleration due to gravity IS NOT CONSTANT.
Derive and express algebraic solution in terms of
givens: vo, Rp, Mp and G.
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