How often the moon is above the horizon in daylight
Roughly half the time, though visibility depends on phase, sky brightness, and where you look.
Space & Astronomy
The moon does not only belong to the night. It is often above the horizon during daylight, and sometimes it reflects enough sunlight to stand out.
The moon is above the horizon for roughly half of every day, whether the sun is up or not. You notice it less in daylight because it has to compete with the bright blue sky. But during the right phases, it reflects enough sunlight to stand out as a pale white disc. The sky is bright because the atmosphere scatters sunlight in all directions. The moon is visible because it reflects enough sunlight to beat that background brightness. It is not as dramatic as it is at night, but it is bright enough to see when the angle is right. Phases determine the timing. A full moon rises around sunset and sets around sunrise, so it is mostly a night object. A new moon is too close to the sun's glare. Quarter and crescent phases create the common daytime moon, especially in the afternoon or morning.

How often the moon is above the horizon in daylight
Roughly half the time, though visibility depends on phase, sky brightness, and where you look.
Why the daytime moon looks pale
The blue sky is bright from scattered sunlight, reducing contrast around the moon.
Myth: the moon only comes out at night
The moon has no preference for night. Its orbit regularly puts it in the daytime sky.
When it is hardest to see
Near new moon it is lost in solar glare. Near full moon it is mostly up at night.
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The moon does not actually change shape. Its phases are caused by the changing angle at which we see its sunlit half as it orbits Earth.

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Tides happen because the moon's gravity pulls on Earth's oceans unevenly, creating two tidal bulges that coastlines rotate through each day.

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Sunsets are red because sunlight travels through far more atmosphere at a low angle, scattering away blue light and leaving only red and orange to reach your eyes.

Light & Atmosphere
The sky is blue because blue light scatters off air molecules more strongly than red light, filling the daytime sky with scattered blue wavelengths.

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Stars do not actually flicker. Earth's atmosphere bends their light in constantly shifting ways, creating the twinkling effect. Planets do not twinkle for a specific reason.

Space & Cosmology
If the universe is full of stars, the sky should be blindingly bright. The reason it is dark has to do with the age and expansion of the universe itself.
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