Prominences
The phenomenon described is a solar flare. Solar flares are intense bursts of energy emitted from the sun's surface, which can produce dramatic loops or arches of gas suspended in the sun's atmosphere.
solar storms the large bright loops are called solar flares solar prominence A+
Those loop-like shapes of hot gas on the sun are called solar prominences or solar loops. They are formed by the Sun's magnetic field trapping and shaping the plasma.
The main gas found in the Sun is hydrogen, which fuels nuclear fusion reactions at its core. Helium is also present in the Sun as a byproduct of these fusion reactions.
The reddish loops of gas seen in outer space are called prominences. Prominences are dense, cooler plasma suspended above the Sun's surface by magnetic forces, giving them their distinct loop-like appearance.
Prominences
Prominences
Solar flares are blasts of gas from the sun's atmosphere that can form enormous loops due to the sun's magnetic field. These loops are known as coronal loops and can span many times the diameter of the Earth. Solar flares can release massive amounts of energy and particles into space.
The phenomenon described is a solar flare. Solar flares are intense bursts of energy emitted from the sun's surface, which can produce dramatic loops or arches of gas suspended in the sun's atmosphere.
loops of fire that burst from the sun of course
solar storms the large bright loops are called solar flares solar prominence A+
A solar flare is a violent storm on the sun that results in huge clouds of large, bright loops or arches of gas, mainly made up of hydrogen and helium. These loops are often several times the size of Earth and can release an immense amount of energy as they erupt from the sun's surface.
hydrogen gas
They are "solar prominences" (closely connected to "solar flares").
Solar flares. I think the answer is "solar prominences".
Those loop-like shapes of hot gas on the sun are called solar prominences or solar loops. They are formed by the Sun's magnetic field trapping and shaping the plasma.
The main gas found in the Sun is hydrogen, which fuels nuclear fusion reactions at its core. Helium is also present in the Sun as a byproduct of these fusion reactions.