No, it does not. This may be due to its extremely slow rotation, which is just a little over its year.
Another Answer:
Venus does not have a traditional magnetic field caused by the dynamo effect such as the Earth's, but it does have a small magnetosphere, due to the interaction of the solar winds from the Sun and Venus' atmosphere.
No. Venus has no magnetic field.
Venus has a small magnetic field created by the interaction of its ionosphere and the solar wind. This is different from most of the intrinsic planetary magnetic fields (those generated by planetary cores) that are commonly spoken about. Venus either lacks an intrinsic magnetic field or it has one that is in the midst of a polarity reversal.
The Earth's magnetic field and the plant Venus is the same size. Scientist say that Earth and Venus are twin plants.
No, as it has no magnetic field.
Jupiter.
No. Venus has no magnetic field.
Venus does not have a magnetic field.
Venus has a small magnetic field created by the interaction of its ionosphere and the solar wind. This is different from most of the intrinsic planetary magnetic fields (those generated by planetary cores) that are commonly spoken about. Venus either lacks an intrinsic magnetic field or it has one that is in the midst of a polarity reversal.
The Earth's magnetic field and the plant Venus is the same size. Scientist say that Earth and Venus are twin plants.
No, as it has no magnetic field.
Venus has neither.
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.
Probably not, because Venus has no significant magnetic field.
Jupiter.
Yes, all of them do, except for Mars and Venus. Neither Mars nor Venus have a "global magnetic field". Mars has only traces of weak magnetism and Venus is probably even less magnetic.Neither plants nor animals have any significant magnetic field.
Mariner 2's mission was to take scientific measurements of Venus. Some of the results included: -Confirming the estimated temperatures measured using instruments on earth -Magnetic measurements suggesting that Venus has no magnetic field (it was later found that it does indeed have a very weak magnetic field) -Improved measurements of Venus' Mass -Refined Estimates on Venus' cloud thicknesses.
The weakest part of Earth's magnetic field is near the magnetic North and magnetic South poles. This is where magnetic field lines intersect with the Earth, and where you are most likely to see auroras during periods of high solar wind activity.