The length of each day would have to be faster by a factor of 365.25/360.
One year.
Venus - it takes 243 days to spin on its axis relative to the background stars, while it takes 224.7 days to orbit the sun.
381 days would be maybe see you have 365 day in a year so if you do 381-365 you would get 1 year and 16 days
365 days in a year 366 days in a leap year.
A year and a day.
Venus or Mercury, depending on the definition of "day" used. It takes Venus 243 Earth days to spin on its axis relative to the background stars (a "sidereal day"). It takes Venus 224.7 Earth days to orbit the Sun (its year). However, a "solar day" is only 116.75 Earth days long due to the combination of rotation time, orbit time and spin direction. (Venus spins in the other direction to Earth and most other planets.)Mercury has a "sidereal day" of about 58.6 Earth days and a year of about 88 Earth days.
It would be the same: 365.25 days. A day, or 24 hours, is the measure of how long it takes the Earth to completely spin on its axis once. A year, which is 365 days, is the measure of how long it takes for the Earth to revolve around the sun one time. A 23-hour day would simply mean that the Earth spins faster on its axis than it currently does now. There is no indication that it would necessitate the Earth to revolve faster or slower around the sun.
It takes 21 hours and 37 minutes to spin on its axis (a day) and 687 days to orbit the sun ( a year)
No, if there, were there would be 8.6 days in a week.A year is 365.24 days long, and normally 52 weeks.
the answer is 88 days ,making 88 earth days 1 mercury year
It usually is 365 days unless leap year then it would be 366
It would be 30660 days!!!! Not quite... There are roughly 365.25 days in a year, a more accurate answer would then be 30,681