Describe How The Energy From Stars Is Released

Nuclear fusion occurs in stars because the gravitational forces at a stars core cause it to.

Describe how the energy from stars is released.

This releases energy and keeps the star hot. Which describes energy during nuclear fission. Stars can squeeze various types of atomic fuel together and it s through this process that we get almost every element in the universe. The outward pressure from the expanding.

This causes nuclear fusion atoms of hydrogen are ripped apart and fuse join to form helium. Please mark it as brianliest. Energy is produced in a star s center or core where pressures are enormous and temperatures reach 27 million f 15 million c. Most energy in stars is released from the fusion of different forms of hydrogen to form helium.

The process that helps our sun generate energy from atomic nuclei is called nuclear fusion. Fusion is the process where two hydrogen atoms combine to form a helium atom releasing energy. During the main sequence period of its life cycle a star is stable because the forces. Stars get their energy from the nuclear fusion of primarily hydrogen into helium causing a release of binding energy manifest as thermal energy light and radiation in several different forms.

These reactions release vast amounts of energy which makes the star shine. Log in join now 1. Nuclear fusion is a process that combines nuclei in order to release energy. Nuclear energy is the energy that is released during.

Follow report by dewingomez893 26 11 2017 log in to add a comment answers. 10 points describe how stars release energy ask for details. When the core is hot enough nuclear fusion commences. See full answer below.

Describe how stars release energy 1113250 1. The word fusion should. The energy released from the collapse of the gas into a protostar causes the center of the protostar to become extremely hot. The energy source of stars.

Stars spend most of their lives repetitively compressing two hydrogen atoms into a single helium atom plus a lot of energy which is released as light and heat.