You could devise such a system, but it would have serious drawbacks. The moon is not always in the sky, and even when it is it is not always luminous enough to cast a shadow. During the new moon, for example, the moon is in the sky, but we are looking at the full unlit face of the moon without even a slight crescent of luminosity. Your system would probably be made up of very complicated equations even when the moon is luminous.
Yes. That is what happens when we have a solar eclipse. The moon covers all or part of the sun, creating a shadow on earth, so it gets darker.
yes the moon does cast a shadow
New moons are being discovered all the time. Saturn has about 31 moons, and most likely it has more than.
In that case, a Solar Eclipse occurs. It can be a partial or total eclipse depending on the positions at the time of the eclipse. In total Solar Eclipses, the sun is completely blocked out for a short time in some parts of the world. Likewise, Earth's shadow falling on the Moon is known as a lunar eclipse.
At this time we do not know.
they can appear at the same time
one month
eat moons and trees to check the correct fish
eat moons and trees to check the correct fish
We can indeed give a correct answer most of the time.
no, it does not give correct time.
sundial could be in a shadow and give no clues
The only really practical usage I can think of is indicating the time on a Sun Dial. Thus the dial needs a fin-like shadow pointer called a Gnomon ( pronounced Nomon) The shadow is actually read off for the time of day.
Shadow gauntlets are not in ocarina of time.
The Shadow Out of Time was created in 1936-06.
Because a lunar eclipse occurs when the moon sails into Earth's shadow. That means it must be around the 'back' of the Earth, directly opposite the sun, since that's where the shadow is. And that also happens to be the set-up at the time of the Full Moon.
New moons are being discovered all the time. Saturn has about 31 moons, and most likely it has more than.
you use the moons movement and phases to tell time because of the seasons, rotation, and revolution
Incorrect:What's is that time clock say?Correct: What time does the clock say?