The employee travels 26 miles in one day. Since the employee travels for five days each week, he travels 26*5, or 130 miles in one week.
(This only considers the miles traveled to and from work, since no information is given about any other travel.)
In a rough, round figure? 930,000 to 1. Sound travels roughly 1/5 of a mile per second in air. Light travels 186,000 miles per second in a vacuum. In five seconds sound travels one mile. In five seconds, light travels 930,000 miles in a vacuum.
50 miles per hour.
You do 26 divided by 30 and get .866666666666 and so on so you round it to .87 miles/minute
9.2 hours
The question cannot be answered because you need a fixed reference point against which to measure the speed (or velocity) of the earth through the universe. What would this be? The sun (or centre of the solar system)? But that travels round the centre of the Milky Way Galaxy. The centre of Milky Way? But that travels around the centre of our local cluster. The centre of our local cluster? No, because that travels round ... and so on.
The .50 BMG round travels at about 2,800 feet per second, or about 1,900 miles per hour.
The Earth is (on average) 93 million miles from the Sun, and light travels at 186,000 miles per second. It's a curious coincidence tha the math on this says that light travels from the Sun to the Earth in a nice, round, 500 seconds. This is equal to 8 minutes 20 seconds.
The speed of light in a vacuum is approximately 299,792 kilometers per second (186,282 miles per second). Light can travel around the Earth's equator about 7.5 times in one second.
28.13 miles rounded to the nearest hundredth of a mile !
Domestic travel is where who lives in a certain country travels round their country. So someone who lives in England will travel, somewhere different in England.
Yes, the International Space Station ISS travels round the world in just 92.89 minutes.
Earth travels about 1.6 million miles around the sun in one day.
In a rough, round figure? 930,000 to 1. Sound travels roughly 1/5 of a mile per second in air. Light travels 186,000 miles per second in a vacuum. In five seconds sound travels one mile. In five seconds, light travels 930,000 miles in a vacuum.
about 4,000 miles
Anders Sparrman has written: 'A voyage round the world with Captain James Cook in H.M.S. Resolution' -- subject(s): Description and travel, Voyages and travels 'A voyage to the Cape of Good Hope, towards the Antarctic polar circle, and round the world' -- subject(s): Description and travel, Voyages and travels 'A voyage to the Cape of Good Hope, towards the Antarctic Polar Circle, round the world and to the country of the Hottentots and the Caffres, from the year 1772-1776, based on the English editions of 1785-1786 published by Robinson, London' -- subject(s): Description and travel, Early works to 1800, Travel, Voyages and travels, Voyages around the world
50 miles per hour.
LIGHT travels at about 670,616,629.384 miles per HOUR, not per second!Converting m.p.h. to miles per second, then the approximate speed of light would be about 186,282 miles per second.IF lightning travels at the speed of light (which it doesn't!) then 186,282 miles in one second divided by the approximate circumference of the earth, i.e. 25,000 miles, equals 7.45, or say seven and a half times round the earth, or once every 1/7.45 = 0.13 seconds.However! Lightning does not travel as fast as light! It has been approximated that lightning, on average, travels at about half the speed of light. So, one continuous flash of lightning, in a tight circle close to the earth, could travel round the earth 3.725 times, approximately.-----------------------------------------Note: I agree the " tethering " of the cloud and the earth via the electrons and protons from each, does not travel at the speed of light.However; this connection between the two creates an "electrical bolt" which in turn creates a flash of light, which, as the name suggests, does travel at 300,000 kms/sec i.e. the speed of light.-------------------------------------------For more information, see 'Related questions' and 'Related links' below.