Mars
Because Mars' average distance from the sun is about 1.5 times the earth's average distance from the sun. We've known for about 400 years now that the period of an orbit is completely determined by the size and shape of the orbit. The size or mass of the orbiting body have no effect on the period. So ... farther from the sun, longer time to complete each orbit. It's as simple as that. Here's the math: For every planet in our solar system, the quantity (time for one orbit)2 / (1/2 of the largest dimension across the orbit)3 is the same number.
Martian seasons are about twice as long as those on Earth due to Mars' longer orbital period. A complete Martian year lasts about 687 Earth days, resulting in each of the four seasons lasting roughly 168 Earth days. The axial tilt of Mars, which is similar to that of Earth, also influences the seasonal changes. As a result, the variations in temperature and atmospheric conditions are more pronounced during these extended seasons.
Saturn has a period of revolution that is approximately twice as long as Earth's. While Earth takes about 365 days to complete one revolution around the Sun, Saturn takes roughly 29.5 Earth years to complete its orbit.
A revolution on Mars, which is the time it takes for the planet to orbit the Sun, lasts about 687 Earth days. This is approximately 1.88 Earth years. As a result, Martian years are almost twice as long as Earth years.
Mars takes approximately 687 Earth days to complete one revolution around the Sun. This duration is nearly twice as long as an Earth year, which is why a year on Mars is significantly longer than a year on our planet.
Mars
MARS
Mars.
Because Mars' average distance from the sun is about 1.5 times the earth's average distance from the sun. We've known for about 400 years now that the period of an orbit is completely determined by the size and shape of the orbit. The size or mass of the orbiting body have no effect on the period. So ... farther from the sun, longer time to complete each orbit. It's as simple as that. Here's the math: For every planet in our solar system, the quantity (time for one orbit)2 / (1/2 of the largest dimension across the orbit)3 is the same number.
700 days
Mars has seasons similar to Earth due to its axial tilt of about 25 degrees, which is comparable to Earth's tilt of approximately 23.5 degrees. This tilt causes Mars to experience seasonal changes as it orbits the Sun, leading to variations in temperature and weather patterns. However, the length of seasons on Mars is about twice as long as those on Earth due to its longer orbital period.
Mars has a longer year (687 Earth days) due to its greater distance from the sun, which results in a longer orbit. This longer orbit causes its seasons to be about twice as long as Earth's. Additionally, Mars has a more elliptical orbit compared to Earth, which can also impact the length and intensity of its seasons.
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Martian seasons are about twice as long as those on Earth due to Mars' longer orbital period. A complete Martian year lasts about 687 Earth days, resulting in each of the four seasons lasting roughly 168 Earth days. The axial tilt of Mars, which is similar to that of Earth, also influences the seasonal changes. As a result, the variations in temperature and atmospheric conditions are more pronounced during these extended seasons.
Mars has a longer year than Earth (about twice as long) and its day is 24 hours and 38 minutes long.
Saturn has a period of revolution that is approximately twice as long as Earth's. While Earth takes about 365 days to complete one revolution around the Sun, Saturn takes roughly 29.5 Earth years to complete its orbit.
Yes the tilt of the Earth does make the seasons longer and shorter. The sun has something to do with it,too. The farther the Earth is, and how long the rotation is , the hotter and longer the season.