S waves (shear waves) travel at speeds ranging from about 2 to 8 kilometers per second, depending on the material they are passing through. In 15 minutes (which is 900 seconds), an S wave could theoretically travel between 1,800 kilometers (if traveling at 2 km/s) and 7,200 kilometers (if traveling at 8 km/s). Therefore, the distance an S wave can travel in that time frame varies significantly based on the medium.
It will travel that distance in 15 minutes.
For 15 minutes.
yeah he said it!! It's true !!! Everyone will be famous for 15 minutes.
15 minutes per quarter.
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5 miles
15 minutes = 0.25 hours 3.25 x 60 = 195 So, at 60 kph you will travel 195 kn in 3 hours and 15 minutes.
3 hours 15 minutes is 3.25 hours. So, if you travel at 60 kilometres per hour, you will travel 60 x 3.25 = 195 miles in 3 hours 15 minutes.
You traveled 15.5 miles.
Well, if you drove for 60 minutes (one hour) at that speed, you would travel 128 miles. But you only traveled for 15 minutes- one fourth of an hour. Divide 128 by 4, and that is your answer.
Approximately 291 kilometers, with an estimated travel time of 3 hours, 15 minutes.
The car will travel 297.5 miles.
To calculate the distance traveled in 15 minutes at a speed of 85 miles per hour, first convert 15 minutes to hours: 15 minutes is 0.25 hours. Then, multiply the speed by the time: 85 miles per hour × 0.25 hours = 21.25 miles. Thus, the car will travel 21.25 miles in 15 minutes.
1/4 of 12 is 3 >> 1/4 of 60 is 15 so the deer will travel 3 miles
The train traveled 180 miles.
We'll overlook the fact that no caterpillar can travel 15 inches per second (unless it's falling off a table). In this theoretical scenario, whatever travels 15 inches per second would travel 1800 inches in 120 seconds (2 minutes) if it can maintain that speed.
Speed of light 3.0*10^8 m/s times 5 seconds = 15*10^8m