Unlike lighter elements, fusing iron consumes more energy than it produces. This does not, however, cause a star to cool. Once a star gets to the point of fusing iron, the core stops producing energy and without the pressure from the heat it produces, the core collapses while the rest of the star is blasted away in an explosion.
Nuclear fusion. Specifically, hydrogen gets converted to helium.Nuclear fusion. Specifically, hydrogen gets converted to helium.Nuclear fusion. Specifically, hydrogen gets converted to helium.Nuclear fusion. Specifically, hydrogen gets converted to helium.
well, it gets 'got' in the summer because the seaons are like a cycle. Cold, Cool, Warm, and 'Got'
No. Stars appear to twinkle because their light gets distorted by Earth's atmosphere. The "fire" of a star is not true fie but plasma heated to extreme temperatures by nuclear fusion at a star's core.
Blue I think... the hotter and bigger they are they will generally become blue or purple. When it gets old though and basically self destructs it can be red. The largest stars are red stars which are coming to the end of their life cycle
Blue I think... the hotter and bigger they are they will generally become blue or purple. When it gets old though and basically self destructs it can be red. The largest stars are red stars which are coming to the end of their life cycle
it is born tacking care of then it goes of my it self gets married has a baby and starts all it stars all over
By nuclear fusion.
Stars a giant balls of gas mainly hydrogen and helium. inside a star there are such temperatures that hydrogen fusion occurs making helium and when the star runs outta hydrogen it gets hotter and helium fusion occurs then carbon fusion etc etc. so ultimately it depends on the age of the star.
Lower-mass stars do not have enough pressure and temperature at their cores to trigger the carbon flash phenomenon, which is necessary for carbon to begin fusion into heavier elements. Carbon flash occurs in higher-mass stars that have undergone helium fusion to build up a core of carbon. Lower-mass stars typically do not reach this stage of fusion.
It is nuclear fusion that powers the sun and most other stars._________________________It converts its own mass into energy. By combining protons into helium, it squeezes some mass into energy - 4.3 billion kilograms each second. It is the famous formula E=mc^2 by Einstein which gives us the quantitative relationship between mass and energy, where c in the formula is the speed of light.The Sun - and other stars - gets its energy from nuclear fusion. Specifically, fusing hydrogen-1, converting it into helium-4.It produces it by nuclear fusion.
Stars a giant balls of gas mainly hydrogen and helium. inside a star there are such temperatures that hydrogen fusion occurs making helium and when the star runs outta hydrogen it gets hotter and helium fusion occurs then carbon fusion etc etc. so ultimately it depends on the age of the star.
0% No country gets any of its energy from fusion as nobody has figured out how to build a controlled fusion reactor.