If to day was the lat day on earth
119251
Spend every waking moment left with the people that I love, especially, my kids.
632680
Look at this site and pick a day in history and you will get several for each day or just hover on the picture with your cursor.\n\nhttp://todayinsci.com/
2819
Yes, earth is moving closer to sun every year, and eventually it will get destroyed one day. But still thousands of years are left for this to happen.
164614
I think I am just speculating but I think you would have almost everyday off since each country has different days of significance.  Like in India there is some holiday going on everyday.
597690
Here's a cool way to get a good estimate:\n\nFind the time difference between each city and multiply by 1,041 and you will have a close guestimate.\n\nReason? The Earth is approx 25,000 miles at the equater but divided into 24 time zones.  That makes each time zone about 1,041 miles apart.
467068
Countries on the southern hemisphere. Think about the tilting earth as it orbits. Australia would be a good example.
210034
First "time" is relative.  \n\nAs you should know time as we know it is based on the rotation of the Earth, 24 hrs to make one revolution and 365.4 days to go around the Sun.  \n\nMaking the assumption that time is based on the revolutions of the planet you hypothetically happen to be on, time would be different on each planet because the day/night revolutions and the time to go around the Sun are different than on Earth.\n\nIf you were on Mars the Martian year is much longer that the Earth year, as it the day.  If you took you watch to mars and went by it, it would not make much sense on Mars because it is set to Earth time.  \n\nIt  sort of be like if you traveled to Sidney Australia but you were still on New York time and you tried to live like you were still in NY.  It wouldn't work very well.
47845
It could be the grid of the earth, (latitude and longitude) the equator is the x-axis. and so on
438777
You want exactly 8:23 but didn't say what time zone. At 8:23 am UT, which is the same as Greenwich Mean Time, the Moon was 62.3 Earth radii away. The mean diameter of the Earth is 12,742 km which gives a radius of 6,371 km so the distance to the Moon is 62.3 * 6,371 = 396,913 km or 246,755 miles. You can use the source to get the distance for some other time. After entering the date and time (UT is GMT which is the time in London, England), see the table at the bottom for the distance.
176253
go to http://earth.google.com
337388
Do you mean one hour relative to someone standing still?  You would return 214,000 km away from the Earth.  This is assuming you travelled exactly one hour back.  The Earth would have moved in the 2 hours you were away.  Since the earth revolves around the sun at 107,000 km/hr, you would be 214,000 km away.
71935
This would depend on weather you are at true north or magnetic north as the two differ a lot. If it was tru north pole (where santa lives) then all directions are south but if it is magnetic north then this will change relative to where you are standing at different times of the day and different times of the year.
72059
The earth as it was 100 million years ago.\n\nSimple really!
438834
I think it would be around 75%\n\nSo for in 1 hour earth time the clock would of done 30 minutes.
464259
http://www.heavens-above.com\n\nis all you need.  It works with your city/town/village/locality\n\nIt has 2 million places, so you will be there.  My village is tiny and in New Zealand, and it has that.  \n\nThen you do not need to know you lat/long.\n\nIt has a star map for the current time at your location, but you can set any time, future or past.\n\nIt shows times for all major satellites, comets, phases of moon, etc etc.\n\nTry it.
648436
The earth rotates 1 on its axis every 24 hours.  Hipparchus proposed dividing the day equally into 24 hours which came to be known as equinoctial hours (because they are based on 12 hours of daylight and 12 hours of darkness on the days of the Equinoxes). Ordinary people continued to use seasonally varying hours for a long time. Only with the advent of mechanical clocks in Europe in the 14th Century, did the system we use today become common place
534838
the rotation of the earth and the semisic activity