It's 3534
by RC and Paul
Assuming the runner maintains his average speed for an hour, 3 kilometres in 30 minutes is equal to 6 kilometres per hour.
Assuming the rate of dripping is constant, 5 minutes is half of 10 minutes, so only half as much water would have dripped. Half of 6 ounces is 3 ounces.
60 kilometers in 45 minutes.
If an aircraft travels 120 miles in 12 minutes how fast is the aircraft going? The aircraft travels 120 miles in 12 minutes, which is 1/5 of an hour. Therefore, in 55 (one) hour, it would travel 5 × 120, or 600 miles. The aircraft is traveling 600 miles per hour.
In 60 minutes, an object traveling at a constant speed of 1 kilometer per minute would cover 60 kilometers. This is because speed is defined as distance traveled per unit time. Therefore, if an object maintains a speed of 1 kilometer per minute for 60 minutes, it would cover a total distance of 60 kilometers.
Depends on what speed you can maintain. Assuming you could drive at 100 km/h the whole time, 20 minutes would get you 33.3 kilometers.
Assuming your speed is constant - 25 hours 15 minutes.
12 hours 27 minutes - assuming you're driving at a constant speed.
assuming you are running at a constant speed exactly 6 minutes
Assuming that is a constant speed it would take 6.8 hours or 6 hours and 48 minutes.
The distance is 719 miles.At a constant 85mph this would be 8 hours and 27½ minutes. That is assuming you could actually do a constant 85mph all the way.
Assuming you're travelling at a constant speed... 5.8 hours or 5 hours 48 minutes.
10 hours 27 minutes assuming your speed is constant throughout the journey.
Assuming the runner maintains his average speed for an hour, 3 kilometres in 30 minutes is equal to 6 kilometres per hour.
Assuming both locations in New South Wales, Australia: 574 kilometers/356 miles 6 hours 5 minutes
Assuming the rate of dripping is constant, 5 minutes is half of 10 minutes, so only half as much water would have dripped. Half of 6 ounces is 3 ounces.
60 kilometers in 45 minutes.