The time required for one complete revolution of the earth in its path around the sun ... often popularly referred to as the "year" ... is not an integral multiple of the time required for one complete rotation of the earth on its axis ... popularly referred to as the "day".
There are 365 full days in the year, but that leaves the earth some 6 hours short of reaching the point in its orbit at which it began the year.
A good approximation to remember is 365.24 days.
a year silly goose
27 1/3 days to orbit the earth however the number of days between a full moon and the next full moon is 29 1/2 days.
It takes 365.24 days for the Earth to go around the Sun one time.
A full earth is the same as a full moon. It's when you see the entire planet from space lit up by the sun.
It takes Jupiter 4331 Earth days - or about 11.9 Earth years - to make one full orbit around the sun.
That's a Full Moon ... 14.77 days after the New Moon. If the moon also happens to be directly in line with Earth's shadow ... not above it or below it ... then you have a lunar eclipse at the time of the Full Moon.
one full day on mercury is 88 earth days
venus completes an orbit every 224.65 days.
A day is one full rotation of the Earth on its axis..
Full moon
29.53 days
365 days - It takes the Earth 365 days (1 year) to complete a full rotation.
Yes it doe