The question doesn't tell us in what directions the two craft head out. So we get to choose.
In order to make it as easy on ourselves as possible, we'll assume they both head out in the
same exact direction, and we also assume that both encounter the same exact wind conditions.
In other words, we slightly transform the problem, into a case of two trains on the same track.
The difference in their speeds is (320 - 280) = 40 mph, so the faster guy opens up his lead
at that rate.
They're 1,000 miles apart after (1,000 / 40) = 25 hours.
That's 11:00 AM the next day.
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 you mean the average speed, simply divide the total distance by the total time.
depends of the speed you are traveling for instance if you are 10 miles per hour it will take 100 hours but that's ridiculously slow at 60 miles an hour it would be 16hours and some change
A 50-ton payload traveling 1,000 miles means that you have accomplished 50,000 ton-miles. Just figure out what it cost you to haul that load for that distance, divide the number by 50,000 , and you have your cost per ton-mile.
1000 metres = 0.62 miles
if u mean height wise about 1000 feet
It is 14 hours 16 minutes (980.3 miles)
998 to 1000
1000 miles
1000 miles
1000 miles
16.6 minutes
distance apart = 1000 - Jerry's distance in 4 hours - Ben's distance in 4 hours d = 1000 - 4(65) - 4(46) = 1000 - 260 - 184 = 1000 - 444 = 556 miles.
Nope, somewhere under 1000 miles apart.
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 you mean the average speed, simply divide the total distance by the total time.
3 hours and 30 minutes = 3*60+30 = 210 minutes The planes is therefore going 1000/210 = 4.761904761904762 miles in a minute This means that the plane is going at a speed of 4.761904761904762*60 = 285.7142857142857 miles an hour.