Where is the moon in day time ?
830404
The moon is often visible during the daytime! If it's not visible during the daytime where you are, it's visible from somewhere else on Earth.
1116527
The Moon rotates at just the right speed so that it always keeps one face pointed toward the Earth. Almost all moons in the Solar System keep one face pointed toward their planet. \n\nThe moon rises in the east, and sets in the west. It moves from east to west, right? If you think about it, you should realize that much of the moon's apparent motion is due to the spin of the earth. The moon appears to go around the earth about once a day. And, you probably know that the moon actually takes about a month to go around the earth. That's where we get the word "month."\n\nWhy don't you perform a simple observation. Look at the moon, some night, and see where it is with respect to the stars (or with respect to the sun). You don't need to know the stars very well, but you probably want to ignore the planets (Venus, Jupiter, and Mars, mainly, as their motion complicates this observation). Night after night, the moon moves against the background of stars. See if you can tell which way the moon is moving, against the background of stars.\n\nAnother simple observation would be to keep track of when the moon rises (roughly) or sets from night to night. Does it rise later each night, or earlier, or what?\n\nYou will see that the moon moves west to east, fairly rapidly. \nWhich way does the earth spin? Well, the stars, sun, moon, and planets all seem to be moving east to west. So the earth is spinning in the opposite direction, west to east. Hey, the moon is also moving west to east, coincidence? Well, the earth is moving around the sun from west to east. In fact all nine of the planets are moving around the sun from west to east. And, all of the planets, except Uranus (which is lying on its side) and Venus (which is spinning slowly backward), are rotating from west to east. And most of the moons, of the various planets, are orbiting their planets from west to east. And most of the asteroids are orbiting the sun from west to east.\n\nIt's not a coincidence. The Solar System started out as a cloud of dust and gas, and it was rotating from west to east. That's why most of its parts are still rotating and orbiting from west to east.
1185825
Funny, its the longest day here in Minnesota....you must be in the Southern Hemisphere\n\nIt sounds to me as if you are looking for something to tell you how much daylight there is each day.  Here is a cool little weather site that I go to check the weather (and daylight hours) in Negril, Jamaica. \n\nIt works for all major cities around the world.  Just type in your city, and country in the box in the upper left corner. It shows all these things: Actual Time, Civil Twilight, Nautical Twilight, Astronomical Twilight, Moon rise, Length Of Visible Light, and the length of Day.  It will even tell you how much the next day is different  like this: Tomorrow will be 0m 3s shorter. \n\n You can also change the date you are looking for and it will show you the astronomical data for that day. \n\n Try it....you'll like it!    Happy viewing!\n\nhttp://www.wunderground.com/global/stations/78387.html
1055430
July 11 at  03:02, Universal Time.\n\nThere's a table of the moon's phases on the Web site of the United States Naval Observatory:\n\nhttp://aa.usno.navy.mil/data/docs/MoonPhase.html
840266
If you can see the moon from both points at the same time then the phase of the moon will be the same.\n\nIf however the moon is visible in Britain, but still below the horizon in Australia, then the phase will have very slightly changed by the time the moon rises in Australia.
299559
As the Moon moves along its orbit around the Earth its hemisphere toward the sun is fully illuminated.\n\nBut from the Earth we see only the hemisphere that is turned toward us.\n\nThat is, we are not seeing that hemisphere which is fully illuminated by the Sun.\n\nThat is why we see different shapes which are called phases of the moon.\n\nIn new moon day, the moon is in between Sun and Earth, and the moon’s non illuminated hemisphere is toward Earth and in the back ground of Sun’s bright light, the moon is invisible.\n\nWhen Moon is at 90 degree from the Sun, half of the illuminated hemisphere of Moon is visible from Earth. \n \nWhen Moon is at 180 degree from the Sun, full of the illuminated hemisphere of Moon is visible from Earth. We call it as Full Moon.
8964
Dec 31 3:12 (GMT) Greenwhich mean time was a new moon. That would be sometime in the afternoon on Dec 30 in CA.\n\nhttp://sunearth.gsfc.nasa.gov/eclipse/TYPE/moonphase.html
57986
if it is extemely bright, then it is most likely the planet Jupiter. The moon moves a lot each day, so you need to say exactly what day and time you saw it.
354664
go to this website: http://tycho.usno.navy.mil/vphase.html and type in the information, they'll tell you what the shape is for that day.  Then go to this website to look up the name: http://www.calculatorcat.com/moon_phases/moon_phases.phtml
807753
. . also the moon rises about 52 minutes later each day/night. You can also see it during the day.\nThe phases are in constant motion. Waxing (getting fuller) and waning (getting smaller).\nDon't forget to check for Lunar Eclipse's. Try NASA.gov
278019
Check out the graphic on this site: http://starchild.gsfc.nasa.gov/docs/StarChild/teachers/moonglow.html\n\nImagine yourself standing on the left side of the Earth away from the sun where it's, of course, night.  See how high the the moon is from the Earth?  The suns rays can still reach it, even though our ground is in darkness...  Hard to describe in words but just try to picture it...
43188
If you go to the old farmers almanac you can find out what the phases and times of the moon were. \nHope this helps
1120130
Given its distance form the Sun I doubt there would be much difference between day and night. but one site I found said that its ranges from between  -378 to -396 F (or -228 to -238 C).
36453
The moon is 238,900 miles from the earth.
906326
Parallax.  By coincidence, the Sun is about 400 times as far away as the Moon and also 400 times the diameter, so it appears about the same size.  If I see a total solar eclipse here in NZ, then anywhere else in the world, the Moon won't be directly in front of the Sun.  For instance, the 1999 total eclipse of the Sun started in Nova Scotia.  Before that, it was only visible from space.   The path of totality crossed the Atlantic, Europe, Turkey, the Middle East, Iran, India and then left the surface of the Earth again.
85758
It is the 14th of March 2006 and if you are in the US, you should be able to see it at moonrise- good image below of a map of the visibility ranges
410954
The Earth is round.\nObviously at lower latitudes you view the moon from a different angle than what you would at higher latitudes.\nSo that at the equater the moon when rising would look like a bowl from that angle in that phase.