3 to 4 days.
Coronal mass ejection. C.M.E
Coronal Mass Ejection or CMEs for short. Edit: I think the answer is simply "Plasma".
a CME is a Coronal Mass Ejection, something similar to a solar flare but with much more mass and radiation. There is typically very little warning if a CME is about to occur. If one had happened during the Apollo moon missions, it is likely that astronauts would have been killed from the extreme radiation.
CMEs, or Coronal Mass Ejections
You may be thinking of a Coronal Mass Ejection (CME). A chunk of the Sun's outermost layer flies off toward Earth. We had one a couple of weeks ago, producing auroras in parts of the world that are usually too southerly to see them. Also, you may be referring to the closely related phenomenon of "solar flares". Flares are certainly a "solar feature" and are connected with the solar wind.
A coronal mass ejection.
coronal mass ejection
A coronal mass ejection
a coronal mass ejection
Coronal mass ejection. C.M.E
Coronal Mass ejection(CME) is a burst of solar mass in the active region of the solar region that have closed magnetic field lines and contain solar plasma that break away as burst of solar flare,solar wind,light isotope plasma and magnetic fields rising above the solar corona to release the matter in space during solar maxima or minima solar activity. These solar Mass Ejection (SME) are responsible to the geomagnetic storms observed as aurora borealu in the north & south magnetic poles of our earth.
Coronal Mass Ejection. or sun flare.
Coronal Mass Ejection or CMEs for short. Edit: I think the answer is simply "Plasma".
That's the amount of time it takes for the sun's light to reach the earth. If you look at the sun today ( don't look directly at it this is an example ) you are seeing it as it was 2 days ago.
The sudden eruption from the surface of a star is called a plasma ejection. It is also known as a coronal mass ejection. They can be very dangerous if they happen to eject toward a planet nearby.
You know it! It affects the earth's gravity if particles from solar winds combine with our ozone layer affecting what comes down or goes eway! DO YOUR OWN WORK LOSER.
I calculate about four days. The "slow" solar wind which is the bulk of it, travels at about 400 km/s. The sun is about 149,000,000 km from earth, which works out to about 104 hours. A coronal mass ejection, a massive burst of solar wind with consequences for radio and satellites, may reach earth 1-5 days after eruption.