The Earth completes one full rotation on its axis approximately every 24 hours. In two weeks, which is 14 days, the Earth would make about 14 rotations. Therefore, over a two-week period, the total number of rotations that Earth makes is 14.
There are 52 Weeks in a year :)
a total of 7 weeks
96 weeks divided by 4 weeks (equal to one month) is a total of 24 months.
2 dozen weeks = 2*12 = 24 weeks. @ 7 days per week that makes 168 days.
infinite because the earth will last forever.
14
Answer #1:It takes just under 24 hours for the Earth to rotate once on its axis.So in a two-week period (14 days)it would be 14 complete rotations.================================Answer #2:It takes 23.9344696 hours (rounded) for the Earth to rotate on its axis.Two weeks means 14 days of 24 hours each. So in a period of two weeks,the earth makes 14.038331 complete rotations. None of this has anythingto do with the number of days in a year.To put it another way, the Earth completes 14 rotations about 55minutes 3secondsbefore the two weeks has ended. That's why two weeks from today, any starwill reach the same place in the sky about an hour earlier than it gets there tonight.
One rotation per day (or, if you want more precision, one rotation in 23 hours and 56 minutes); it's about 14.04 rotations.
If you stay in one place on the moon, then the sun rises, stays up for about 2 Earth weeks, then sets, and stays down for about another 2 Earth weeks. That makes a complete "day" on the moon as long as 27.3 earth-days.
24 hours makes one day. seven days makes one week. four weeks makes one month. six months makes one half year. one year is 12 months. and that totals 365 (366 for leap year)
It takes Mars about 1.88 Earth years or 687 Earth days to orbit the Sun once. This is equivalent to about 98 Earth weeks.
The moon makes one complete orbital revolution of the earth in 27.32 days, and displays a complete cycle of phases every 29.53 days.
24 weeks is 6 months.
There are 52 Weeks in a year :)
30 weeks.
== == An eclipse occurs because one heavenly body moves between another body and the Sun. For the Moon to be eclipsed, the Earth must be between the Moon and the Sun. For the Earth to be eclipsed, the Moon must be between the Earth and the Sun. Because the Moon orbits the Earth every four weeks, it will be on the opposite side of its orbit in two weeks. Therefore, a total eclipse of the Sun can be followed in two weeks by a total eclipse of the Moon.
There are a total of 52.14 weeks in one year and a total of 365 days in one year.