About 1.27 seconds .
That's the time it takes the Moon to go (approximately) half way round the Earth. The time an object takes to orbit Earth depends on its distance from Earth.
That's approximately the time it takes the Moon to orbit the Earth.
The average time that it takes for light to travel from the moon's surface to the earth's surface or vice versa is about 1.255 seconds.
At any given time, one half of the Moon's surface is illuminated by the sun, just like on Earth. The portion of the Moon's illuminated side that we can see from Earth depends on its position in its orbit around our planet.
The Moon orbits the Earth, and tags along after the Earth. It takes one year - 365.25 days - for the Earth to orbit the Sun once, so that's the number for the Moon as well.
27.32 days
About 1.3 seconds
Space shuttles were built for low earth orbit. Not to goto the moon
It takes a rocket approximately 3 days to travel from Earth to the Moon.
First off the moon doesn't orbit around the earth. But it takes aproximatly one month to go through all the moon phases.
It takes about 3 days for a spacecraft to reach the moon from the Earth. The exact time can vary depending on the specific launch trajectory and speed of the spacecraft.
The rotation period of the moon is 27.32 days.
24 hours like the sun the only way it shows is if the way the sun is reflecting off the moon
The moon is roughly 250,000 miles and light travels at about 186,000 miles per second, so, it would take about 1.30 seconds for the moonlight to reach the earth.
moon's gravity is (1/6)th of the earth's gravity
That's the time it takes the Moon to go (approximately) half way round the Earth. The time an object takes to orbit Earth depends on its distance from Earth.
It doesn't always do that. At some points in the Moon's orbit around the Earth, the distance from the Sun to the Moon and Earth is the same. At other points, the Moon is either closer or farther away from the Sun. But either way the distance between the Moon and Earth is so much smaller than the distance between the Sun and the Moon, that the difference in time becomes really, really tiny in comparison.