k Internal structure of the Sun, illustration Internal structure of the Sun, cutaway illustration. At the Suns core, hydrogen atoms undergo nuclear fusion, producing helium atoms and releasing heat and light energy as photons. These radiate outwards arrows through the inner region radiative zone to the outer convection zone layer. Here, solar plasma rises in thermal columns to the visible surface photosphere, creating convection cells circular arrows. Intense magnetic fields on the surface of the Sun inhibit convection, causing regions of lower temperature sunspots, dark spots, one at upper left. Solar prominences are shown erupting from the Suns surface. Stock Photo - Afloimages
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Internal structure of the Sun, illustration Internal structure of the Sun, cutaway illustration. At the Sun s core, hydrogen atoms undergo nuclear fusion, producing helium atoms and releasing heat and light energy as photons. These radiate outwards  arrows  through the inner region  radiative zone  to the outer convection zone layer. Here, solar plasma rises in thermal columns to the visible surface  photosphere , creating convection cells  circular arrows . Intense magnetic fields on the surface of the Sun inhibit convection, causing regions of lower temperature  sunspots, dark spots, one at upper left . Solar prominences are shown erupting from the Sun s surface.
RM

Internal structure of the Sun, illustration

Internal structure of the Sun, cutaway illustration. At the Sun's core, hydrogen atoms undergo nuclear fusion, producing helium atoms and releasing heat and light energy as photons. These radiate outwards (arrows) through the inner region (radiative zone) to the outer convection zone layer. Here, solar plasma rises in thermal columns to the visible surface (photosphere), creating convection cells (circular arrows). Intense magnetic fields on the surface of the Sun inhibit convection, causing regions of lower temperature (sunspots, dark spots, one at upper left). Solar prominences are shown erupting from the Sun's surface.

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