5.0 km/h = 5.0 km/60min
speed = distance/time
distance = speed x time = 5.0km/60min x 19min = 1.6km
95 km
(1,000 meters/20 minutes) x (1 minute/60 seconds) = 5/6 meter per second
Average human waking speed is 1.4m/s. Thus, the average time it takes, at walking speed, to walk 1km is 11 minutes, 54 seconds.
1.8mph
You need its speed to answer this question.
A speed of 90 miles per 75 minutes or 72 miles per 60 minutes. If you must have it in more conventional form, then 72 mph.
It is travelling at a speed of 7.317072 kilometres per hour. It could be a person brisk walking or jogging at a very slow speed. It could also be a person getting dragged while walking his dog.
In order to calculate how many minutes it would take someone to travel 5 kilometers you need to know the speed the person is traveling at. For example if the person is traveling at a speed of 60 kilometers an hour it would take them 5 minutes to travel 5 kilometers.
Use the formula:distance = speed x time Don't forget to convert your units, to have consistent units. Since the speed is in "per hour", while the time is in minutes, you may want to convert the time to hours. Another option is to convert the speed, from km/h to km/minute.
Walking speed.
Factors including height, weight, age, and overall health of a dog would determine the walking speed. The same factors also determine the walking speed of a person. Most dogs are able to walk the same speed as a person who is walking them. The average walking speed is about 3 miles per hour.
You need to convert the minutes into seconds so that the units match. 1 minute = 60 seconds 20 minutes = 1200 seconds speed = distance travelled divided by the time taken so- speed = 1000m divided by 1200s speed = 8.333m/s
About 15-16 hours (900 - 960 minutes) if you are walking at a normal pace. That's about 4mph. You would have to be fit to cover that distance in one go at that speed.
No. Nothing with mass can travel at the speed of light.
(1,000 meters/20 minutes) x (1 minute/60 seconds) = 5/6 meter per second
Significantly faster. At a force march pace, a person walking will travel four to five miles in an hour. In a car, you can travel much faster. For instance, the nearest Interstate to me has a speed limit of 75 miles per hour, so, if you were to compare the two traveling up that stretch of road, the car (moving at the speed limit) would be traveling at 15 times the speed that the person walking (at a brisk force march pace) would be traveling at.
The question gives no information concerning the distance the person covered, so his speed can't be calculated. The ability to travel 530 minutes in 10 hours requires moderate sedation.
3.8 mph