There are 1760 x 3 x 12 = 63360 inches in one mile. Therefore, the jogger runs 63360 inches in 14 minutes.
There are 14 x 60 = 840 seconds in 14 minutes. Therefore, the jogger runs for 840 seconds.
Dividing the two by each other gives 63360/840 = 75.428571 recurring (that is, 755.428571428571...) inches per second.
One mile is equal to 1760 x 12 x 3 = 63360 inches. There are 12 x 60 = 720 seconds in twelve minutes. Therefore, the average speed in inches per second is 63360 / 720 = 88 inches per second.
1/20 of an inch per minute 1 inch per 20 minutes
6.4 kph
4.5 minutes
1.5 feet per second.
If a jogger jogs around a circular track with a diameter of 275 meters in 14 minutes his average speed (pace) is 1.0285 meters per second.
One mile is equal to 1760 x 12 x 3 = 63360 inches. There are 12 x 60 = 720 seconds in twelve minutes. Therefore, the average speed in inches per second is 63360 / 720 = 88 inches per second.
2.222222222 meters per second
The jogger's average speed is 6 miles per hour.
4.6ms
4.6ms
4.60
His pace is about 7.46 mph or 12 km/h
1.385 kilometres per hour
6 km in 45 minutes = 6/45 = 0.133 km per minute.
3.53 mph or 5.68 kmh speed = distance / time
We'll overlook the fact that no caterpillar can travel 15 inches per second (unless it's falling off a table). In this theoretical scenario, whatever travels 15 inches per second would travel 1800 inches in 120 seconds (2 minutes) if it can maintain that speed.