Depends on the speed. At the speed of light, it takes a little over a second.
The average distance to the Moon is 384,399 kilometres = 4.06318742 × 10-8 light years (Note the minus) The moon is only a tiny fraction of one light year from earth. It takes light from the sun eight minutes to reach earth, and the moon is much closer to earth than the sun. Measuring such a small distance in light years is possible but impractical. ======================================= The moon is roughly 1.27 light seconds from the earth. (rounded) 1.27 light seconds is the same as 0.0000000406 light year. (rounded)
Ananke is a moon of Jupiter, and like the Earth, all orbit the Sun, and so the distance varies.
There is no math to "show". The moon's distance from earth varies, but the average distance of the moon form earth is about 236,000 miles (378,000 Kilometers).
Its far, apo means up/away
Rocks from the moon have been dated to about 4.5 billion years old. The oldest earth rocks don't date that far back because the earth "reprocesses" rock, and the oldest rocks we know of on earth date back to about 3.7 to 3.8 billion years. The earth and moon formed at approximately the same time, as did the rest of the solar system.
The distance to the moon is about 1.3 light seconds or about 0.000000032 light years.
Earth, by far.
For all practical purposesUranus is just as far from Earth's moon as it is from the Earth.
It seems that the Moon recedes from Earth at a rate of 38 mm a year. That makes it 38,000 mm in 1000 years. That's 38 meters.
because the earth is far from the moon
The moon is drifting away from earth at a rate of about 38 millimeters per year. So in 1 million years, the moon will have drifted another 38 kilometers or abour 24 miles further from Earth.
Like on Earth you can see millions of light years into space.
"Distance" means how far two object are from one another. In this case, how far the Moon is from Earth, or how far the Sun is from Earth.
Earth is affected by the moon's gravity. The moon's gravity exerts just as much force on Earth as Earth's gravity does on the moon, but since Earth is far more massive, it undergoes far less acceleration.
About 1 second away every 50,000 years
The Moon is tidally locked to Earth; the Moon's "day" and the Moon's month are the same length. So the "near side" of the Moon always faces the Earth, and the "far side" always faces away from Earth.
Now, stop and think about that question for a minute. If the moon was slower than the Earth, wouldn't it be really far behind us after 4 billion years?