Just divide the distance by the speed. If the distance is in miles, and the speed in miles/hour, the time will be in hours - which you can then easily convert to days.
The speed of the light is 3.10^8 miles per second.what is the speed in miles per hour
Spacecraft never travel in straight lines, but for this exercise, we'll assume that we do.The distance between earth and Venus varies between 25.8 million miles and 160.2 million miles.At the speed of 25,000 miles per hour, the shorter distance takes 43 days, and the longer distance takes 267 days.
Eighty. That is what "miles per hour" means. It means how many miles you will go in one hour, if you keep going at that speed.
The rotational surface speed at the equator is approximately 1000 mph
If an amusement park has a top speed of 607,200 feet per hour, then its speed in miles per hour is 115.
To find the average speed, we divide the total distance by the time taken. In this case, the man circumnavigated the Earth in 80 days, which is 24 hours/day * 80 days = 1920 hours. The total distance traveled is 6200 miles. Therefore, the average speed is 6200 miles / 1920 hours ≈ 3.23 miles per hour.
Divide the distance by the speed.
It would take approximately 166 days to travel from Earth to the Sun at a speed of 18,500 miles per hour.
The average speed is [ 6,200 miles per 80 days ].In somewhat more common units, the speed is-- 3.23 miles per hour-- 4.74 feet per second-- 5.20 km per hour-- 1.444 meters per second-- 8,680 furlongs per fortnight(all rounded)
Earth travels around the sun at an average speed of about 67,000 miles per hour or 107,000 kilometers per hour. This fast speed allows Earth to complete one orbit around the sun in about 365.25 days.
The Earth travels at about 66000 miles per hour around the sun, much faster than the speed of sound which is about 750 miles per hour. Even as the Earth rotates, a point on the equator travels at a little over 1000 miles per hour so parts of the planet are faster than the speed of sound even without the orbit around the sun.
The Moon revolves around the Earth once in about 27.32 days. At its orbital distanceof about 238,000 miles, that works out to an average of about 2,281 miles per hourrelative to the center of the Earth.
Abut 7 miles per hour.
For a rough approximation, take the moon's average distance from earth as 238,000 miles,assume the orbit to be circular, and recall the moon's orbital period of 27.32 days.Then the speed is (2 pi x radius) / (27.32 days), and you come out with 2,281 miles per hour.
155/156 days
Divide the distance by the speed. If the distance is in miles, and the speed in miles/hour, the answer will be in hours. You may want to convert this to days, or to years, in this case.
The Earth's speed relative to the center of the galaxy is approximately 514,000 miles per hour.