On July 21, 1904 in Ostend, Belgium Louis Rigolly stepped into his Gobron-Brillié ready to drive down the Ostend-Newport road.
100 meters/9 seconds = 40 kilometers per hour = 24.85 miles per hour (rounded)
It depends on the speed. At 10 miles per hour 100 miles is 10 hours. At 100 miles an hour it is 1 hour. At 1000 miles an hour it is 0.1 hour (= 6 minutes).
About 62 miles.
after 1 hour they are both 100 (60 +40) miles apart. So 10 miles is 1 hour divided by ten, which is 6 minutes
If it has taken me 2 hours to drive 100 miles then I can calculate a ratio of 50 miles : 1 hour. If I can reasonably expect to maintain that speed, I can predict that I will reach my destination, which is another 50 miles away, in one hour.
100 to 110 miles per hour!
Most cars at the time had a max speed between 85-100 miles an hour. The Oldsmobile 'Rocket' 88 could reach up to 121 however.
Solar cars can travel up to the top speed of 100 to 110 miles per hour!
100 meters/9 seconds = 40 kilometers per hour = 24.85 miles per hour (rounded)
It depends on the speed. At 10 miles per hour 100 miles is 10 hours. At 100 miles an hour it is 1 hour. At 1000 miles an hour it is 0.1 hour (= 6 minutes).
Divide 317 miles by 100 miles per hour to obtain: 317 miles / (100 miles per hour) = 317 miles * 1 hour / 100 miles ≈ 3.17 hours
"Yes, all Austin Healey 100's were build with 2 doors. The reason they were called 100's is for their speed known to reach 100 miles per hour. Austin Healey was a sports car that was built in the early 1900's."
Rate = Distance divided by Time Rate = 100 miles/ 1 hour = 100 miles per hour
18.7 miles in 100 seconds = 673.2 miles per hour.
Err, 100 miles per hour!
100 miles at 100 mph would take 1 hour
About 62 miles.