km/hr2 x 7.71604938 x 10^-8) = km/sec2
1 kilometer = 1,000 meters 1 hour = 3,600 seconds 1 meter/sec2 = (1 meter/sec2) x (1 kilometer/1,000 meters) x (3,6002 sec2/hr2) = 12,960 km/hr2 1 km/hr2 = 7.716 x 10-5 meter/sec2
80,000km/h2 = 6.172m/s2
Magnitude of acceleration =(change in speed) / (time for the change) =(100 - 0)/10 = (10 km/hr-sec) x (1 hr/3,600 sec) = 0.00278 km/sec2 or 36,000 km/hr2 .
To convert km/h^2 to m/s^2, you first need to convert km to meters by multiplying by 1000. Then, divide the result by 3600 (to convert hours to seconds) and then divide again by 3600 to get your final answer in m/s^2.
Divide by 12,960 (or multiply by 0.00007716).19.47 km/hr2 = 0.001502 m/s2 (rounded)
To solve this, we take the change in speed and divide it by the change in time. 10 km/hr divided by 5/60 hr = 0.833 km/hr2
Convert 3km/hr2 to km/s2 and 30 km/hr to km/s and apply the equation v f = v o + at and convert the answer to km/hr if desired.
(1 meter / second2) x (1 km / 1,000 meters) x (3,600 seconds / hour)2 =(3,6002 / 1,000) ( meter - km - seconds2 / seconds2 - meter - hour2)1 m/s2 = 12,960 km/hr2
88.7 km/h
to make cm to km, divide by 100000. = km/s to convert from per second to per hour, multiply by 360 overall: *360/100000
If velocity is km/hr and time is in hours then acceleration will be in km/hr2
Convert this to a common unit. For example, to convert meters per second to km/hour, multiply by 3.6.Convert this to a common unit. For example, to convert meters per second to km/hour, multiply by 3.6.Convert this to a common unit. For example, to convert meters per second to km/hour, multiply by 3.6.Convert this to a common unit. For example, to convert meters per second to km/hour, multiply by 3.6.