About 12 hours if you don't count the night.
The days of the week on the planet Mercury have different names and lengths compared to Earth.
They all have days and years, but they are all of different lengths to days and years on Earth.
The lengths of days are equal at the equator. This is because the equator is the line that divides the Earth into the Northern and Southern Hemispheres, where the axis of rotation is perpendicular to the plane of the equator. This results in roughly 12 hours of daylight and 12 hours of darkness throughout the year.
No. Different planets have different speeds of rotation and different lengths of year. As a result, they experience a different number of days. Here are the number of days in each planet's year with earth days in parentheses Mercury: 0.5 days (88 Earth days) Venus: 1.92 (243 Earth days) Earth: 365.25 Mars: 668.6 (687 Earth days) Jupiter: 10,476 (4,333 Earth days) Saturn: 24,491 (10,759 Earth days) Uranus: 42,718 (30,799 Earth days) Neptune: 89,666 (60,190 Earth days)
The length of a day on Neptune, also known as its period of rotation, is about 16.1 Earth hours, or 0.67 Earth days. The length of a year on Neptune, also known as its period of revolution, is 164.8 Earth years, or 60,190 Earth days.
Some months have 30 days while others have 31 days because of the varying lengths of time it takes the earth to orbit the sun.
A year on our planet is 365.25 Earth days. Other planets take more or less time depending on their orbital distances from the Sun. Mercury - 88 Earth days Venus - 225 Earth days Mars - 687 Earth days Jupiter - 11.86 Earth years Saturn - 29.46 Earth years Uranus - 84 Earth years Neptune - 164.8 Earth years Pluto (now a dwarf planet) - 247.7 Earth years
it varies
The tilt of the earth causes different day lengths.
The length of a year for each planet increases as each planet is farther from the Sun. The lengths are: Mercury: 88 days, Venus: 225 days, Earth: 365 days, Mars: 687 days, Jupiter: 12 years, Saturn: 30 years, Uranus: 84 years and Neptune: 165 years.
Seasonal
The Earth is also moving around the Sun in its orbit. This movement is responsible for the changing of seasons and the different lengths of days and nights throughout the year.