The total distance traveled is 180 kilometers, and the total time is 2 hours. To find the average speed, you would divide the total distance by the total time. The average speed of the car during the trip is 90 km/h.
Yes. A tornado that travels a kilometer would not be uncommon. Such a path length would be typical of a weak tornado. The more destructive tornadoes that get national or international coverage typically travel much further, sometimes dozens of kilometers and can be well over a kilometer wide, in rare cases several kilometers wide.
Light travels at 299,792.211 km per second in a vacuum.
Sound travels at a speed of about 343 meters per second, or 1,236 kilometers per hour. It takes sound roughly 3 seconds to travel 1 kilometer.
The average speed of the car is 60 kilometers per hour (300 km divided by 5 hours).
Light travels approximately 186,282 miles (299,792 kilometers) in one second.
To calculate the average gradient of the river, subtract the elevation at the ocean (0 meters) from the elevation where the river originates (200 meters) and then divide by the distance traveled (400 kilometers). This gives an average gradient of 200 meters / 400 kilometers = 0.5 meters per kilometer. Thus, the average gradient of the river is 0.5 meters per kilometer.
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0.5m/km Divide meters fall (200) by kilometers flowed (400).
60 KPH
14.634 kilometers per hour.
Global winds travel thousands of kilometers in steady patterns
The total change in elevation is 200 meters and the total distance traveled is 400 kilometers. The average gradient in meters per kilometer can be calculated as the total change in elevation divided by the total distance, which is 200 meters / 400 km = 0.5 meters per kilometer.
3 hrs & 34 minutes is the same as 3.56666666666 hours. Divide this into 90 km and your answer is 25.233645 km/h (average)
In this case, just divide the distance by the time.
240divided by 4 = 60 kph
30 kilometers per hour.
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