It takes Jupiter 4331 Earth days to travel around the Sun.
10.6 years at 1,000 miles per hour, assuming a distance of 93 million miles.
A very long time - about 10.6 years!
well. actually I don't know the specific number, but I think it is somewhere between 20,000,000 and 30,000,000
it takes 10 years
The atmosphere is spinning with us. _________________ If you don't feel wind, ever, you are not on earth. The atmosphere is spinning with the earth, but the spin of the earth does have some effect on the atmosphere. Remember that the estimate of 1000 miles per hour is for the region around the equator; the velocity reduces to zero as you approach the poles.
That is solely a question of speed. If Mars was 100 miles away, and you were travelling at 100 miles per hour, it would take 1 hour. NASA plans on about a 9 month trip from the earth for manned flights to mars in the future.
The sun is moving through the galaxy at about a half a million miles per hour. Earth orbits the sun at about an eighth of that speed and the Milkyway Galaxy is moving at about a million miles per hour. Earths rotational speed is comparatively irrelevant. (about 1000 miles per hour) So earth is moving between .5 and 1.5 million miles per hour or .2% to .5% of the speed of light
Approximately three weeks at 500 miles per hour.
The earth spins at approx 1000 mile per hour. This is quite simple to calculate - the circumference of the planet is 24000 miles approx - and there are 24 hours in a day.
You are travelling at 100 mph. That means (obviously) that every hour you travel 100 miles, and since 1000/100=10 you will be travelling for ten hours.
Yes, over 1000 miles per hour.
would depend on which speed you where travelling 60 miles / hour 1000 divided by 60 = 16.7 hours 70 miles / hour 1000 divided by 70 = 14.3 hours 80 miles / hour 1000 divided by 80 = 12.5 hours 90 miles / hour 1000 divided by 90 = 11.1 hours 100 miles / hour 1000 divided by 100 = 10.0 hours 50 km / hour 1000 divided by 50 km = 20.0 hours 60 km / hour 1000 divided by 60 km = 16.7 hours 70 km / hour 1000 divided by 70 km = 14.3 hours 80 km / hour 1000 divided by 80 km = 12.5 hours 90 km / hour 1000 divided by 90 km = 11.1 hours 100 km / hour 1000 divided by 100 km = 10.0 hours
67,000 miles an hour that's 30km a second.
That depends on how fast you are travelling. If you are travelling at one mile an hour, then it would take you 6 miles. If you were travelling at 50 miles per hour, it would be 300 miles. So without specifying the speed you are travelling at, the question cannot be answered.
The average distance from Earth to Venus is 93,205,678.8 miles. It would take 93,205.7 hours or about 10.6 years to get there at 1,000 miles per hour.
There is no such thing as a "missing .901 of an hour". If anybody told you the Earth rotated 1000 miles per hour at the equator, then that is an approximation. Divide the circumference by 24 to get a more exact value.
The atmosphere is spinning with us. _________________ If you don't feel wind, ever, you are not on earth. The atmosphere is spinning with the earth, but the spin of the earth does have some effect on the atmosphere. Remember that the estimate of 1000 miles per hour is for the region around the equator; the velocity reduces to zero as you approach the poles.
The rotational surface speed at the equator is approximately 1000 mph
There are 5280 feet in one mile. Therefore, travelling 24 miles per hour is the same as travelling 24 x 5280 = 126720 feet per hour. There are 3600 seconds in one hour. Therefore, travelling 126720 feet per hour is equivalent to travelling 126720/3600 = 35.2 feet per second.
If travelling at a speed of 50 km per hour, this is the same as about 31 miles per hour.
It's travelling at 44 miles per hour.