Different latitudes of the sun rotate at different speeds. This tends to twist and bend the magnetic field lines.
Light that comes from the sun is polarized by these magnetic fields. A meter can determine the different directions of the light and detect interference. This interference is known as a magnetic field.
Prominences are arcs of glowing gas that are anchored to the Sun's surface by magnetic fields. They are caused by the interaction between the Sun's magnetic field and its plasma atmosphere. Plasma flows along the magnetic field lines, giving rise to the appearance of solar prominences.
core
Conductive plasma moves through the core of the sun because of convection. Localized magnetic fields created by the rotation of the sun create higher pressure without an increase in density. The magnetic field rises relative to the plasma until it reaches the outer edge of the sun. There it creates coronal loops and sunspots For source see related link..
Mars has a weak magnetic field compared to Earth. While Earth's magnetic field is created by a liquid iron outer core, Mars' magnetic field is generated by smaller pockets of magnetized rock in its crust. The overall magnetic field strength on Mars is about 1% of Earth's.
Magnetic field lines.
The two forces that cause the sun's magnetic field to become stronger and tangled are the differential rotation of the sun's layers, which creates a twisting effect on the magnetic field lines, and the convective motion of plasma within the sun, which amplifies and distorts the magnetic field. These processes can lead to the formation of sunspots, solar flares, and other solar activities.
The sun produces energetic and charged particles and blasts them in all directions (solar winds). These charged particles can get trapped when they are near the earth's magnetic field. With the grace of this magnetic field, we are all shielded from being irreversible harmed. See the picture in the related link for a visualization of how the magnetic field gets distorted by solar winds. ============================
The source of the magnetic field on the Sun is attributed to the movement of charged particles within the Sun's plasma. This convective motion generates a dynamo effect, creating a complex and dynamic magnetic field on the Sun.
Charged particles from the sun become trapped in the Van Allen radiation belts due to the Earth's magnetic field. The magnetic field bends the charged particles' trajectories, causing them to spiral along the field lines and get trapped in the region around the Earth's magnetic poles.
The Sun's core.
Yes. They are actually the result of charged particles streaming into and out of the photosphere (gaseous, "cool" outer layer) along magnetic field lines. The dark color is due to the cooler temperature at these spots. Sunspots are not, however, black.
Light that comes from the sun is polarized by these magnetic fields. A meter can determine the different directions of the light and detect interference. This interference is known as a magnetic field.
The sunspot cycle is driven by the sun's magnetic field. This cycle involves the creation, movement, and disappearance of sunspots on the sun's surface over an 11-year period. Changes in the magnetic field cause fluctuations in solar activity, leading to variations in sunspot numbers.
The sun does not have 'so many magnetic fields.' It has 1 magnetic field that varies according to the distance from the sun.
The loops of matter flowing from the Sun are called solar prominences or solar flares. These are caused by the Sun's magnetic field interacting with plasma, creating loops of charged particles that flow along the magnetic field lines. Solar prominences and flares can release vast amounts of energy and material into space, impacting Earth's magnetic field and causing space weather events.
no, only our earth has the magnectic energy The Sun has a very strong magnetic field.