You need to multiply the speed of the wave by the time. You may also need to convert the units, to make them compatible. For instance, if the speed of the wave is expressed in meters per second, you would need to convert the minutes to seconds.
If this jet keeps a constant speed of 60 kilometers every 5 minutes throughout the entire 6 hours of it's flight, it will travel 4,320 kilometers. Distance = Speed * Time Speed = 60 km / 5 min ( 60 km/ 5 min ) * ( 60 min / 1 hour ) = 720 km / hour Distance = ( 720 km / hour ) * ( 6 hours ) Distance = 4320 km
>90ml/min.
The force of gravity is zero at the earth's centre. So there would be no specific direction to fall. One interesting fact is that if evacuated tubes were drilled between any two cities on Earth, the travel time between any pair of cities would be 42 minutes! 21 min accelerating and 21 min decelerating. This time is constant whether the tubes went through the centre of the Earth or not. (Thanks Lewis Carroll.)
This is pretty easy. 12 inches = 1 foot, so Min is 63 inches. Since she is 3 times as tall, her brother is 21 inches, or 1 foot 9 inches (1.75 is also accurate.
dm³min-1
Secondary waves, also known as S-waves, travel at about 3.7 km/s through the Earth's crust and mantle. In 10 minutes, a secondary wave would travel approximately 22,200 kilometers.
200 miles
187.5 miles
25
120 mi/hr * 1/60 hr/min = 2 mi/min
They are 25.8 km away. The estimated time of travel is 26 min.
If you meant 25 km/hour then the horse will travel 12.5 km in 30 min.(1/2 hour) .
It moves 7 inch every 5 min or 20 inch and 9 min but in a day 7 feet
How far will a car travel in 15 min at 20 m/s ?
80.45 mi.
25 mile/hour = 2,200 feet/minute
A P wave typically travels at around 6-8 km/s through the Earth's interior. Therefore, it would take approximately 1000-1333 seconds (or 16-22 minutes) for a P wave to travel 8000 km from an earthquake epicenter.