Nuclear Fusion In The Sun
This knowledge is used in careers such as:
Teacher (Teaches Students) ~$55,000 - $95,000 - Number of jobs: 4,700,000 (324,500 Openings Per Year) +2% Growth
Electrical Engineer (Designs Electrical Systems) ~$65,000 - $115,000 - Number of jobs: 295,000 (17,500 Openings Per Year) +7% Growth
Mechanical Engineer (Designs Machines) ~$65,000 - $115,000 - Number of jobs: 290,000 (18,100 Openings Per Year) +9% Growth
Military (Operates Equipment Systems & Teams) ~$45,000 - $95,000 - Number of jobs: 2,100,000 (190,000 Openings Per Year) +2% Growth
Explore These Careers →
Example:
Imagine trying to squeeze two very stubborn magnets together with the same poles facing each other, as they keep pushing away from one another. This is similar to what happens in the sun, where hydrogen atoms resist each other due to their positive charges, yet under immense pressure and heat, they are forced to combine to form helium. Just as you need to apply a significant force to overcome the repulsion between the magnets, the sun's core provides the intense pressure and temperature needed to overcome the repulsive forces between hydrogen atoms, allowing nuclear fusion to occur.
Practice Version
Nuclear Fusion In The Sun: The process by which hydrogen atoms join together to form helium, inside the sun. Nuclear fusion in the sun is when hydrogen atoms combine to create helium, releasing energy that powers the sun.