Posted by kat on Monday, July 19, 2010 at 4:53am.
For simplicity, assume g = constant over the trajectory. This assumes the height change is a small fraction of the earth's radius, 6000 km.
(a) First get the height (H' = 525 m) and time T at engine cutoff.
a*T^2/2 = 525
T = 21.6 s
Velocity at cutoff = Vm = a T = 48.6 m/s
Max height Hm = H' + additional height gained while "coasting" upwards:
Hm = 525 m + Vm^2/(2g)= 645.5 m
(b) Let additional time T'to "crash".
Solve g*T' = Vm, for T'.
To compute speed V" at impact:
V"^2/2 = Vm^2/2 + gH'
536 miles
536 miles
536 miles
536 miles
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