Hydrogen and Helium
There are many gases inside the sun on reaction with each other they release heat and light :d
Light is energy, so energy makes up light. Example- the sun burns it's gases full of potential energy to create heat energy and light energy.
No, it is not currently possible to create a "sun gun" that replicates the intense heat and light of the sun.
The light is emitted as a product of the atomic reactions taking place within the Sun. "The Sun is made up of gases not as we think of volcanoes or something melt. It's full of Hydrogen. Hydrogen forms Helium by nuclear fusion. This make more energy than any nuclear reactor or any Nuclear Bomb. Light is a part of energy. If you talk about heat, then the main source of heat is Infra Red Rays which is a part of sun light."
The sun is hot because it is a huge ball of burning gases like hydrogen and helium. These gases are always moving and colliding with each other, creating a lot of heat and light. This heat and light is what warms our planet Earth.
Yes. The greenhouse gases trap the sun's heat.
No, the sun is not fire. The sun is a giant ball of hydrogen and helium gas that undergoes nuclear fusion reactions to produce heat and light. Fire is a chemical reaction involving combustion that releases heat and light.
Yes, we get lots of heat and light from the sun.
The sun emits mainly hydrogen and helium gases as a result of nuclear fusion in its core. These gases are constantly being converted into energy in the form of light and heat that we receive on Earth.
The gases in the sun, mainly hydrogen and helium, undergo nuclear fusion reactions in its core. These reactions release a tremendous amount of energy in the form of light and thermal energy. The high temperatures and pressures in the sun's core cause the gases to collide and fuse together, releasing energy in the process. This energy eventually makes its way to the sun's surface, where it is emitted as light and heat.
The chromosphere produces the light and heat for the sun.
Yes, the sun is the origin of heat and light in our biosphere.