84.5
The travel time to both Mercury and Saturn from the Earth depends so much on the orbit chosen that it is not possible to say how much one is different from the other, or even if one is shorter than the other, until the orbits and accelerations are determined.
You would weigh more on Saturn compared to Mercury because Saturn is a much larger planet with a stronger gravitational pull. Mercury is a smaller planet with a weaker gravitational pull, so you would weigh less on Mercury.
All the planets closer to the Sun than Saturn complete orbits faster than 29,4 years (Saturn's orbital period) Jupiter 11.8 years Mars 1.9 years Earth 1 year Venus 0.615 years Mercury 0.24 years
One of Mercury's years is slightly less than 3 months, so Mercury will have 4 of its years in one Earth year.
It is one month less than 5 years (60 months). 59 months divided by 12 months in a year is about 4.92 years.
No because 3 years equals 36 months which is less than 120 months
Less than 1.
Saturn has 62 identified moons, 53 of which are named. Some of the moons are "shepherd moons" within the ring system. The largest is Titan, which is bigger (though with less mass) than the planet Mercury.
Saturn. This is untrue. Both Mercury and Venus have shorter orbits and therefore take less time to orbit the Sun, because they are the two planets closer to the Sun then Earth. Saturn is further from the Sun and takes much longer to orbit it.
There are 12 months in one year, so 2 years would be 24 months. Is 25 months greater than 24 months?
Mars is the closest. Mars orbital period is 687 days. Earth, as we all know, is 365 days. The next planet out, Jupiter, revolves around the Sun in 12 years. Saturn for information takes almost 30 years. Saturn
Earth is 1 AU from the sun. Saturn is 9.5 AU from the sun. The sun is always closer to the earth than Saturn. When the earth and Saturn are on the same side of the sun, the difference between them is 8.5 AU. When they are on opposite sides, the distance is 10.5 AU. Saturn always ranges from 8.5 to 10.5 AU from the earth, whereas the sun is never more than 1 AU away.