Venus, with a rotation period of 243 days.
Fast, Slow, Very Slow and Dead
There is very little light on the planet Jupiter. This planet is a gas planet and the storms on this planet have continued for over 300 years.
Mars is in an elliptical orbit around the Sun. The orbital motion is a combination of the "sideways" velocity of Mars and the gravitational pull in the direction of the Sun. Another movement is the rotation of Mars on its axis.
It is the hottest planet, and it is very rocky with many craters. It is terrestial and the closest to the sun and also the smallest planet.
yes it is very very Rock and red
The planet with the highest rotational speed in our solar system is Jupiter, with a period just under ten hours.
No. Mars has a similar rotational period but not revolution. For a planet to have the same revolution period as Earth would mean it would have to be in the same Orbit as Earth, with catastrophic results. One was in the same orbit as Earth during it's formation, it crashed into the Earth creating the Moon. It's possible that some extrasolar planet (that is, a planet of a star other than the Sun) might by coincidence have nearly the same rotational and/or revolution period, but we don't know of any yet (and it's not very likely that we ever will).
A very close one.
Venus does not have a magnetic field because its rotational period is very slow. This means that if its core had a liquid metal component, it would not be moving fast enough to generate a field.
No. All planets discovered to date have some sort of rotational motion, and stars as well. It would be nearly impossible for a moving body in orbit not to have some angular momentum, albeit very slow such as Venus.
Recession! I had this for a test.
The planet Venus spins very slowly in the opposite direction of almost everything else in the solar system. That's what the minus sign next to its rotational period means; it takes 243 days to spin, and spins "backward".
I think the exact number is 257 earth days. Venus has a very slow retrograde rotation, so the number is written usually thus; - 257 earth days.
no, i used it for about 3 weeks, very reliable. Downloads are VERY slow though.
Mars has an orbital period of very approximately twice that of the earth
A day on Haumea is very short compared to here on Earth. Haumea's rotational period is just 3.9155 hours.
They're called pulsars. Some pulse very quickly - some have a long period between pulses. It depends on the rotational speed.