Well that's simple. Mars is more closser to the sun and has les distance to go all around the sun. If you don't understand wat I mean just make a circle with the radios of eany number make another circle around it and mesur how much c.m on each circle. You would find that the one on the outside is more c.m
Jupiter travels at 13.72 km/s, compared to Mar's orbital velocity of 24.13 km/s. Jupiter also has a longer distance to travel because it is further from the Sun. Therefore, Jupiter's orbit takes 4,330 days to Mars' 686 days. It all follows Kepler's 3rd law of planetary motion very nicely..
Example: Jupiter travels at 13.72 km/s, compared to Mars' orbital velocity of 24.13 km/s. Jupiter also has a longer distance to travel because it is further from the Sun. Therefore, Jupiter's orbit takes 4,330 days to Mars' 686 days. It all follows Kepler's 3rd law of planetary motion very nicely. Notice that it has nothing to do with the planet's mass.
Jupiter has an orbital period of 4,331.5 Earth days or about 11.86 years. Its orbit is much longer than Earth's, and it also moves more slowly in its orbit. Jupiter's orbit is roughly 11.86 Earth years long.
It would take about 9 years to travel from Earth to Jupiter, assuming a similar speed and trajectory as the trip from Earth to Mars. Jupiter is much farther away from Earth than Mars, so the journey would be significantly longer.
Jupiter is more than 5 times as far from the Sun as Earth, which makes its orbital path (circumference) more than 5 times as long as Earth's. If it were moving at the same speed as Earth in its orbit, it would take 5 times as long to orbit the Sun. But planets farther from the Sun actually orbit more slowly with increasing orbital distance, so Jupiter actually takes nearly 12 Earth years to make one orbit (Jupiter year). (Earth's orbital speed is about 30 km/sec. For Jupiter it is about 13 km/sec.)
Jupiter travels at 13.72 km/s, compared to Mar's orbital velocity of 24.13 km/s. Jupiter also has a longer distance to travel because it is further from the Sun. Therefore, Jupiter's orbit takes 4,330 days to Mars' 686 days. It all follows Kepler's 3rd law of planetary motion very nicely..
Jupiter's period of revolution is longer than the inner planets' periods of revolution because it is so much farther away from the Sun. Jupiter has to travel over 2 billion miles (3.2 billion kilometers) father than Mars to get around the Sun. Jupiter's orbit is almost 4 times longer than that of Mars in distance. Also Jupiter orbits more slowly. So it takes Jupiter 6 times longer than Mars to orbit the Sun. (Mars is is farthest inner planet from then Sun.)
Example: Jupiter travels at 13.72 km/s, compared to Mars' orbital velocity of 24.13 km/s. Jupiter also has a longer distance to travel because it is further from the Sun. Therefore, Jupiter's orbit takes 4,330 days to Mars' 686 days. It all follows Kepler's 3rd law of planetary motion very nicely. Notice that it has nothing to do with the planet's mass.
Jupiter's longer year is due to its larger orbit around the Sun. The distance it needs to travel in its elliptical orbit is larger than Earth's, resulting in a longer orbital period. Jupiter takes about 12 Earth years to complete one orbit around the Sun.
Jupiter has 4332 days in a year because its orbit around the Sun is much larger compared to Earth's orbit. Jupiter's greater distance from the Sun means it takes longer for the planet to complete one orbit, resulting in a longer year on Jupiter compared to Earth.
Jupiter has an orbital period of 4,331.5 Earth days or about 11.86 years. Its orbit is much longer than Earth's, and it also moves more slowly in its orbit. Jupiter's orbit is roughly 11.86 Earth years long.
Jupiter's year is longer than Earth's year because it is further away from the sun and takes more time to complete one orbit. Jupiter's distance from the sun means it has a larger orbit to travel around, which results in a longer year.
Jupiter does not orbit the earth. It takes 11.86 years for Jupiter to orbit the sun.
The two reasons why Mars takes longer to orbit the Sun than Mercury are its greater distance from the Sun and its slower orbital speed due to its larger orbit. Mercury is much closer to the Sun and has a shorter orbit around it compared to Mars.
Jupiter is much larger and more massive than Mars, with Jupiter being a gas giant while Mars is a terrestrial planet. Jupiter is primarily composed of hydrogen and helium, while Mars is mainly rock and dust. Additionally, Jupiter has a strong magnetic field and many moons, while Mars has a much weaker magnetic field and only two moons.
One year on Jupiter takes about 11.8 Earth years, as Jupiter has a much longer orbit around the Sun compared to Earth.
No. Mars is a planet and thus much smaller than any star. Stars cannot orbit planets. However, Mars does orbit the sun, which is a star.