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∙ 13y agoAbout 10.6 years. The sun is about 93million miles away, thus: time ~= 93000000 miles ÷ 1000 mph = 93000 hours = 3875 days ~= 10.6 years.
If one was to fly directly to Saturn (not a more realistic orbital path) the distance ranges from 743 million miles to a bit more than 1 billion miles, depending on where earth and Saturn are in their respective elliptical orbits. Using the average distance of about 875 million miles and dividing by 25,000 miles per hour we get 35,000 hours, which is 1458 days, which is about 3.99 years. Although this trajectory and speed are not realistic, the Voyager 2 spacecraft took almost exactly 4 years to reach Saturn in 1977 - 1981.
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
no days just half an hour
There are 1/24th (or .04166666666666666666666666666667 days) in one hour.
Traveling at 40,000 kilometers per hour, it would take approximately 8.5 years to reach Saturn, which is about 1.2 billion kilometers away from Earth on average.
A steady 336 miles per hour. Record winds of 628miles per hour.
6 eight-hour days. 8 six-hour days. 2 24-hour days.
41.66666667 days, so 41 full days
The distance from the Earth to the moon is about 384,000 Kilometers so it would be about 384 hours or 16 days.
1000 hours 1000 hours divided by 24 hour DAYS = 41 whole days or 8 weeks roughly
About 10.6 years. The sun is about 93million miles away, thus: time ~= 93000000 miles ÷ 1000 mph = 93000 hours = 3875 days ~= 10.6 years.
If one was to fly directly to Saturn (not a more realistic orbital path) the distance ranges from 743 million miles to a bit more than 1 billion miles, depending on where earth and Saturn are in their respective elliptical orbits. Using the average distance of about 875 million miles and dividing by 25,000 miles per hour we get 35,000 hours, which is 1458 days, which is about 3.99 years. Although this trajectory and speed are not realistic, the Voyager 2 spacecraft took almost exactly 4 years to reach Saturn in 1977 - 1981.
A 1000 cc sports bike can reach speeds up to 190 miles per hour. Many different makers of motorcycles uses the 1000 engine.
Yes, Saturn has strong winds in its atmosphere. The speed of these winds can reach up to 1,100 miles per hour (1,800 kilometers per hour) near its equator, making them some of the fastest in the solar system.
It would take around 6.5 years to travel from Earth to Saturn using current spacecraft technology. The exact time can vary depending on the specific trajectory chosen for the mission.
60 minutes in an hour 24 hours in a day 365 days in a year 1000 years So, there are 525,600,000 minutes in 1000 years.