distance = rate * time rate = distance / time 1 kilometer = 1000 meters 4 hours and 48 minutes = 288 minutes * 60 seconds/minute = 17280 seconds 203 km * 1000 meters/km / 17280 seconds ~= 11.75 meters per second
There are 24 hours in a day. The snail travels 80 metres in 20 hours. If you divide the distance traveled by the number of hours taken (80 ÷ 20), then you would know that the snail travels at a rate of 4 metres per hour. Multiply the rate by the number of hours in a day and you see that:4 x 24 =96 metres per day
If they travelled 350 miles in 7 hours, what rate of speed were they doing?If they travelled 350 miles in 7 hours, what rate of speed were they doing?If they travelled 350 miles in 7 hours, what rate of speed were they doing?If they travelled 350 miles in 7 hours, what rate of speed were they doing?If they travelled 350 miles in 7 hours, what rate of speed were they doing?If they travelled 350 miles in 7 hours, what rate of speed were they doing?If they travelled 350 miles in 7 hours, what rate of speed were they doing?If they travelled 350 miles in 7 hours, what rate of speed were they doing?If they travelled 350 miles in 7 hours, what rate of speed were they doing?If they travelled 350 miles in 7 hours, what rate of speed were they doing?If they travelled 350 miles in 7 hours, what rate of speed were they doing?
Distance = Rate * Timeso,Rate(speed) = Distance/Time= 112 meters/4 seconds= 28 meters/second
Distance = Rate X Time so, rearrange algebraically; Time = Distance/Rate = 583 meters/53 meters/s ( meters cancel ) = 11 seconds
0.5 m in 2 hours would be 1 m per hour.
0.25
The rate of movement observed in the experiment was 5 meters per second.
0.5 m in 2 hours would be 1 m per hour.
In one hour the snail moved 0.25, therefore the speed was 0.25 per hour
The rate of movement is speed.
distance = rate * time rate = distance / time 1 kilometer = 1000 meters 4 hours and 48 minutes = 288 minutes * 60 seconds/minute = 17280 seconds 203 km * 1000 meters/km / 17280 seconds ~= 11.75 meters per second
The glacier will move a total of 17200 meters, or 17.2 kilometers, in four centuries. This is calculated by multiplying the rate of movement by the number of years.
There are 24 hours in a day. The snail travels 80 metres in 20 hours. If you divide the distance traveled by the number of hours taken (80 ÷ 20), then you would know that the snail travels at a rate of 4 metres per hour. Multiply the rate by the number of hours in a day and you see that:4 x 24 =96 metres per day
The rate of movement for tectonic plates such as the Eurasian plate is very slow, typically measured in millimeters per year (around 40-50 mm/year for the Eurasian plate). To travel 3 meters, it would take several thousands to millions of years depending on the specific plate's movement rate in that region.
The term used to describe the rate of an object's movement is speed. Speed can be calculated by dividing the distance an object travels by the time it takes to travel that distance. Speed is typically measured in units such as meters per second or kilometers per hour.
20 miles over 4 hours as a unit rate is written 5 miles per hour. 5 miles per hour is 2.235 m/s (meters per second).