Depends on the quality of air and any obstacles. Under perfect conditions (dry, clean, 20 degree Celsius air), sound would travel 20.6 kilometers per minute.
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∙ 15y agoAs we know that 1 hour consists of 60 minutesso, 1 minute would be of 1/60 hours (or 0.0166666666666667 hours approximately)Thus, 0.7 kilometers/minute can be written as0.7 kilometers/0.0166666666666667 hourswhich, on simplification (calculation) gives 42 kilometers per hour.Result42 kilometers per hour
24.14 km per hour for a 4-minute mile.
about 6 hours and 40 minutes
In order to calculate how many minutes it would take someone to travel 5 kilometers you need to know the speed the person is traveling at. For example if the person is traveling at a speed of 60 kilometers an hour it would take them 5 minutes to travel 5 kilometers.
It depends on how long (time) you are travelling at 20 kilometres per second. Distance = speed x time Say you travelled for 10 seconds then your distance travelled will be 200 km. Every one minute (60 seconds) you will travel 1200 km.
-Light travels at 299,792,458 meters per second.-There is 31,556,926 seconds in one year.-Light travels 9,460,528,412,464,108 meters in one year and after doing the math, light travels 9,460,528,412,464.108 kilometers in one year.
Light would travel faster in a vacuum compared to sound. Light travels at the speed of light in a vacuum, which is approximately 300,000 kilometers per second, while sound cannot travel in a vacuum as it requires a medium to propagate through, such as air, water, or solids.
60 km per hour = 1 km per minute. So 14 km would take 14 minutes!
How long would it take a car to travel 87 kilometers if it were travelling at 90 kph
The distance light will travel, in a vacuum, in one minute.
As we know that 1 hour consists of 60 minutesso, 1 minute would be of 1/60 hours (or 0.0166666666666667 hours approximately)Thus, 0.7 kilometers/minute can be written as0.7 kilometers/0.0166666666666667 hourswhich, on simplification (calculation) gives 42 kilometers per hour.Result42 kilometers per hour
Sound would travel least efficiently in a vacuum because there are no particles for the sound waves to travel through. Sound waves rely on a medium, such as air or water, to propagate.
Since space is a vacuum, sound waves do not travel through space. Sound waves need a substance to travel through, since there is nothing in a vacuum, sound waves have nothing to travel through. Thus, a cymbal struck in space would not make an audible sound.
24.14 km per hour for a 4-minute mile.
The speed of sound in aluminum is approximately 6420 m/s. Using the formula time = distance/speed, it would take approximately 3.89 seconds for a sound impulse to travel through a 25 km long aluminum rod.
sound
Sound can't travel in wavy waves because if it did, the sound would be messed up and dodgy.