60 miles / 4 hours = 15 miles per hour.
60 × 2 = 120 miles
Dividing distance travelled by speed gives 60/40 = 1.5 hours or 1 hour 30 minutes.
distance = speed x time time is 2 hrs and 24/60 hour = 2.4 hours ditance = 65 x 2.4 = 156 miles
It all depends on how fast a person was driving. If one was going sixty-five miles per hour, one could drive 780 miles in about 12 hours, or 1560 miles for a full day of 24 hours. If one was traveling thirty-five miles per hour, he would have driven 420 miles in 12 hours.
3 x 60 = 180 miles.
About sixty two miles an hour, average.
It would take you 43 minutes to travel 64 miles. 64 miles/ 90 mph = .711 hours = 43 minutes.
The Sun's distance from Earth is approximately 93,000,000 miles. 93,000,000 / 60 = 1,550,000 hours (or 177 years) Don't forget your sunglasses!
6.09 hours (6 hours 5 minutes 12 seconds) Distance = 365.2 miles365.2 miles / 60 miles per hour = 6.09 hours
It would take 1.5 hours.
Assuming you are cruising at the average speed for a congested metropolis on a Friday late afternoon, you'd be driving at approximately 15 miles per hour. With that speed, you can expect to take four hours for your sixty miles journey. During a four hours journey, however, you should take a break. Driving when tired is dangerous, so make sure to take a 30 minute break about half-way. Your total journey time for a sixty miles distance is therefore 4 1/2 hours.
Assuming that the fly is in the car, then yes, it would also be travelling at sixty miles per hour. This is because when the car travels sixty mph, inside, the back of the car pushes the air inside to travel at the same approximate speed. The air then pushes the fly to travel at sixty miles per hour. If the front and back of the car were open (windshield and back window), then the air inside the car would not be moving, although since you would be travelling at sixty miles per hour, it would seem that the air is moving back.