no.
But the moons pahses chang eby the whereabouts it is at that moment.
Yes, yes they are my dear boy :D
vfvfvfvfvfvfv
yea
We're going to assume that the question is referring to the next Full Moon.The moon makes one complete orbit each 27.32 days, but the phases repeat witha period of 29.53 days. So the elapsed time from any phase to the next appearanceof the same phase is (29.53/27.32) = 1.081 orbits.
The position of the earth and moon on their orbit around the sun, determines how much and what area of the moon is lit by sunlight. The moon's phases are what we can view from the earth.
It takes our moon about 27.3216 average earth days to complete an orbit of the Earth. However, due to the Earth's progress in its orbit of the sun during that time, it takes an additional 2.2 days to get to the same phase, or position with respect to the sun, as when the orbit started.
vfvfvfvfvfvfv
yea
yea
Because the Moon's orbit around the Earth is not in the plane of the Earth's orbit around the Sun. The Moon's orbit is tilted at approximately 5 degrees to the Earth's orbit around Sun. As the Moon orbits the Earth, it is usually either "above" or "below" the Earth's orbital plane around the Sun. Greg
Full Moon.
no. But the moons pahses chang eby the whereabouts it is at that moment.
For the moon to get back to exactly the right phase, it takes a little longer than its sidereal orbit period, it takes 29 days, 12 hours and 44 minutes in total from full moon to the next full moon. This is known as the synodic period. It takes a little longer to go from phase to phase due to the earths progression around the sun in that time.
new moon
it increases
We're going to assume that the question is referring to the next Full Moon.The moon makes one complete orbit each 27.32 days, but the phases repeat witha period of 29.53 days. So the elapsed time from any phase to the next appearanceof the same phase is (29.53/27.32) = 1.081 orbits.
It is called a revolution.
The answer is syzygy.