How far apart are the astronaut and the satellite after 1.10min ?
819169
impulse = change of momentum ( delta P) = Fx( change in time)\n\nAstronaunt's initial momentum (P) relative to the satellite is zero because they are in contact.\n\nSo his new momntum\n\nPf-Pi=Fx(change in time)=90x0.54=48.6 kg*m/s\n\nhis velocity = 48.6/76.0= 0.639 m/s\n\nthe satellite also has P= 48.6 kg*m/s (conservation of momenum)\n\nso the velocity of satellite = 48.6/635 = 0.0765 m/s\n\nas a result they are drifting apart at \n\nv=0.0765 + 0.639=0.7155354331 m/s\n\nso at t=1.1x60=66 sec they are \n\nd=66x0.7155354331=47.2 m  apart
857208
The space station is located in orbit around the Earth at an altitude of approximately 360 km (220 miles), a type of orbit usually termed low Earth orbit (The actual height varies over time by several kilometres due to atmospheric drag and reboosts) It orbits Earth in a period of about 92 minutes; by June 2005 it had completed more than 37,500 orbits since launch of the Zarya module on November 20 1998.
740205
They both travel at the exact same speed.  This was recently verified here : http://www.newscientist.com/article.ns?id=dn3232
571523
Oh, about 10 seconds,
146578
The moon is 238,857 miles away and would take 5 months  22 hours 38 minutes and 2 seconds to drive non-stop.
277455
Well, they say there´s no end to space....prove it!!! \n\nI say it should take you about 3 weeks if you take a gentle stroll...but hey, who´s gonna prove me wrong!!! \n\nGreat question... ;-)
1118997
About 10 seconds.\nIt is mythology, nothing more.
1148347
One billionth of a second.
656654
It is 238,857 miles away. Light travels at 186,000 miles a second. So roughly a second and a quarter
549547
one second is too long
685470
the speed = distance/time
536217
The Moon's mass is less but you're closer to the centre.   Gravity goes up as the square of your distance from the centre.
562985
ummmm...2 maybe 3 seconds
193083
It would take 4.3 years to get to the nearest star (Proxima Centauri) if you were traveling at the speed of light. However, it would take nearly 118,000 years to get there if you were traveling at the speed of a space shuttle (approximately 25,000 mph).
2840
10 hours, 14 minutes (at the equator).
861355
A minute and a couple of seconds
624105
Slightly over eight minutes.\n\nTo be exact look up on Internet\n\nBest Regards