4 days at 100 kilometers per day would be 4 time 100 = 400
Well, it would be the number of miles traveled divided by the number of days taken to travel it. In this case: X/76 = D Where X is the distance traveled and D is the distance traveled each day.
We're missing a value, we'll need the distance traveled to determine that.
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.
time = distance / speed time = 1700 / 15 time = 113.33 hours to convert into days divide the number of hours by 24 113.33 / 24 =4.7 days
70 miles per day.
Well, it would be the number of miles traveled divided by the number of days taken to travel it. In this case: X/76 = D Where X is the distance traveled and D is the distance traveled each day.
Assuming that the distance may be around half terrestrial meridian; the boat's speed around 20 knots (miles/hour), then simple arithmetic gives us 26 days.
The distance from the Earth to the moon is about 384,000 Kilometers so it would be about 384 hours or 16 days.
It depends on the speed of your boat, but it would take some 57 hours (2 days, 9 hours) on a fast boat.
6-14 days.
At the speed the Apollo spacecraft traveled, it took three to three and a half days.
We're missing a value, we'll need the distance traveled to determine that.
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.
time = distance / speed time = 1700 / 15 time = 113.33 hours to convert into days divide the number of hours by 24 113.33 / 24 =4.7 days
70 miles per day.
The Nile River is the longest river in the world that 4160 miles a group of explorers travel along the entire now in xx days they traveled the same distance each day write an algebraic expression to find out each day's distance.
With the orbital path of the earth around the sun at approximately 93 million miles every 365.25 days in our calendar, the earth is moving @ an estimated 18.5 miles per second (30 kilometers per second roughly). To get the speed of an object, you have to divide distance traveled over the elapsed time it took to get to that distance.