- #1
kieran1black2
- 23
- 0
4 conditions
- initial velocity = 1000 m/s
- height from Earth = 100 km
- total mass = 3000 kg
- rocket capabilities (thrust) = 100 kg/s at MACH 5
i was told that to use viscous and laminar drag as two options and to keep mass constant (to simplify things a little).
the spaceship is under variable acceleration but constant gravitational pull.
it doesn't matter if up or down is negative or positive so long as the derivation and integration work.
*** the question is will the spaceship have a safe landing plan? or will it be able to approach the ground without crashing therefore when displacement = 100 000 m, velocity = 0****
can some one please help me? any help is greatly appreciated...
- initial velocity = 1000 m/s
- height from Earth = 100 km
- total mass = 3000 kg
- rocket capabilities (thrust) = 100 kg/s at MACH 5
i was told that to use viscous and laminar drag as two options and to keep mass constant (to simplify things a little).
the spaceship is under variable acceleration but constant gravitational pull.
it doesn't matter if up or down is negative or positive so long as the derivation and integration work.
*** the question is will the spaceship have a safe landing plan? or will it be able to approach the ground without crashing therefore when displacement = 100 000 m, velocity = 0****
can some one please help me? any help is greatly appreciated...