If we assume the average person walks approximately 4.5km/h, we can perform the following calculation: (4.5km/h) X (1h/3600s) X (1000m/1km) =
1.25m/s <-- Converted from km/h to m/s
(100m) X (1/1.25m/s) = 80s = 1min 20s
It would take 1min 20s to to walk 100m.
The Olympic record for the 20 km walk is 1:16:43 which is about 76.72 minutes 20 km is 200 times 100 meters, so divide this time by 200 to get .3836 minutes or
23 seconds to walk 100 meters at the 20 km pace. Presumably one could walk a little faster if one can stop after 100 meters.
You didn't tell us how long it took to walk those 3.33 meters, so it is impossible to know how long 100 meters would take.
assuming walking speed = 100 meter/minute 1200 meters take 1200/100 = 12 minutes
You would walk one metre in 3.8/6 = 19/30 seconds. Therefore, 100 metres would take 19/30 x 100 = 63.3 recurring (that is, 63.333...) seconds.
100 Days, or 2400 Hours.
If you walked 10 metres in 3 seconds, it would take 30 seconds to walk 1oo metres.
Depends on how fast you're going. Not long though.
You didn't tell us how long it took to walk those 3.33 meters, so it is impossible to know how long 100 meters would take.
36 hours
It depends on the pace of the person walking
assuming walking speed = 100 meter/minute 1200 meters take 1200/100 = 12 minutes
You would walk one metre in 3.8/6 = 19/30 seconds. Therefore, 100 metres would take 19/30 x 100 = 63.3 recurring (that is, 63.333...) seconds.
1.1 km or 1100 meters
That depends on how fast you walk. The distance around 236 acres (if it is square-shaped) is 2.43 miles.
That depends entirely at what speed she's walking !
The QE2 by 30 meteres (100 feet)
100 Days, or 2400 Hours.
If you walked 10 metres in 3 seconds, it would take 30 seconds to walk 1oo metres.