Imagine asking this.
Only to receive this...
https://earthsky.org/space/when-how-...n-coronal-rain
Lol you clicked on the link only ask this...
But somehow you completely missed this...
"Unlike water, though, plasma is an electrically-charged gas. It follows the prominences coming out from the sun’s surface, and is extremely hot – from a few thousand to over 1.8 million degrees Fahrenheit (1 million degrees Celsius). At the peak of the prominence,
it condenses and then falls back down to the sun’s surface as coronal rain.
In Earth’s hydrological cycle, water evaporates on the surface and rises up into the atmosphere.
It then cools and condenses into clouds, and when there is enough moisture in the clouds, it falls back to the surface as rain.
Coronal rain is a somewhat similar process, but with a completely different composition of the rain itself.
As for helping to solve some of the sun’s mysteries, the coronal rain provides some clues.
Measurement of the
gas in the slow solar wind – separate from the other fast-moving solar wind – indicated it had been heated to extreme degrees before cooling and escaping the sun."
"In previous theories, it was thought that coronal rain only occurred in closed loops, where the plasma heats and cools, but can’t escape into space. Mason’s work suggests, however, that the rain begins in a closed loop, but then switches – through a process called
magnetic reconnection – to an open one, like a train switching tracks. Some of the plasma will then escape, but some will fall back to the surface as rain. The plasma that does escape forms part of the slow solar wind."
I'm not saying anything. I'm outright stating it as a foregone conclusion. I'm even bold enough to dare YOU to prove she can't.