The corona is the outside of the sun. It is not a really a layer, but it is he solar region which is not a part of the active region like the convection zone or the radiative zone. It is referred to the quiet part of the sun. The sun's corona also changes throughout the sunspot cycle.
The first actual layer on he sun is the chromosphere. It is a thin layer on top of the photosphere. You can't see it from the naked eye because of how bright the photosphere; but however you can see the chromosphere during a solar eclipse. Also It is made up of little things called spicules. They are narrow columns of materials that ascend into the corona. They each last up to about 15 minutes at most. There is also a little thing called the chromosphere network. It is a magnetic field. It is also 2000-3000km thick.
The photosphere is the layer that we humans see the most. It is one of the brightest layers on the sun. It is not a solid layer so people can not walk on it. Also it is 400km thick. The image on the right side of the photosphere is of granules. Granules are equivalent to boiling water in a pot. But these granules happen between an 11-hour period.
There is layer in between the photosphere and the convection zone is called the substance flows.
The convection zone is the third to last zone to the inner core. The convection zone transfers energy faster than the Radiative zone.
The tacholine is right in between the Convection zone, and the Radiative zone. It is the transition region of the sun between the Radiative interior, and the deferentially rotating Convection zone.
The Radiative Zone transfers energy into space; but the energy that it transfers, comes from the core. The Radiative zone is apart of the solar interior, it is characterized by the process of radiation. The radiative zone is also
The inner core makes all the energy which is then transferred out into space by the Radiative, and the Convection zone.
A proton becomes a neutron. Two protons become a deutron. Proton plus a deutron becomes a helium-3 isotope. Two helium isotopes form a helium.
A proton becomes a neutron. Two protons become a deutron. Proton plus a deutron becomes a helium-3 isotope. Two helium isotopes form a helium.