What is the sun's core?

Answer 1

The core fo the sun is make of energy. The core of the sun is composed of a soup of protons, neutrons, and electrons. The temperature is so high that these cannot possibly unite into elemental atoms. The pressure is so great that the particles are compressed into a dense mass, and and the heat and pressure allows Fusion to take place, making heavier proto-elements out of the simple feedstock. In addition, there is carbon, iron, silicon, oxygen, sulfur, and other elements with an atomic weight less than iron. You must understand that these "elements" do not exist in the form that we regularly encounter on Earth. They are the end products of atomic FUSION, and because of the incredibly high temperatures in the sun's core the electrons are stripped away and will not be reunited with the diverse atomic nuclei until either: 1.) they make their way to the surface and are ejected into space where the cooler temperatures allow the electrons to unite with the proto-elements, or 2.) the sun eventually balloons into a red giant star, fuses more heavy elements, collapses, and explodes as a nova.

Answer 2

The sun's core is the central region where nuclear fusion reactions occur, converting hydrogen into helium and releasing energy in the form of light and heat. This process sustains the sun's energy output and creates the conditions for life on Earth.

Answer 3

The Sun's Core has not been found out yet but some people think it doesn't exist and some say that it's like the Earth's core but 100,000 degrees hotter.

Answer 4

Mostly hydrogen and helium; less than 1% oxygen, carbon, nitrogen, and trace amounts of everything else. Our sun is fusing hydrogen into helium in its core; that is its energy source.