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How the stars generate energy like your sun?

Updated: 8/16/2019
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15y ago

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They generate as much energy as Becky Crossfield eats in a buffet :P

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15y ago
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Q: How the stars generate energy like your sun?
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Related questions

How do stars like the sun create energy that is later radiated into space?

The energy comes from "nuclear fusion". Stars like the Sun create helium from hydrogen by this method, and that gives out energy. That's how the Sun creates energy.


How do stars like the sun create energy that is later radiated away into space?

The energy comes from "nuclear fusion". Stars like the Sun create helium from hydrogen by this method, and that gives out energy. That's how the Sun creates energy.


What energy does the sun and stars produce?

the energy sun and stars produce is fusion.


How often is energy released during nuclear fusion?

The only fusion energy in the universe is in the stars like the sun, and there are millions of such stars!


How does the sun generate energy?

nuclear fusion


What planet produces lots of energy?

The sun because it's hot and humans turn it into energy


How does the nuclear fusion generate energy?

The Sun energy is from hydrogen fusion.


How do hydrogen bombs and stars both produce nuclear energy?

Stars like our sun and hydrogen bombs produce energy through nuclear fusion.


How do we generate electricity?

We generate electricity from other forms of energy. Such as wind, sun, ect...


How does the Sun generate energy today?

nuclear fusion


How does sun generate its energy?

Through Nuclear fusion.


How do the sun and the other stars generate their energy?

The Sun and other stars generate tremendous amounts of energy, resulting in their characteristic heat and light, from fusion processes which occur in the star's core. The most common is the fusion of hydrogen into helium, although other fusion processes also take place depending on things like the age and mass of the star. If you calculate the amount of mass converted into energy in the fusion of hydrogen into helium - about 0.7% of the mass - and multiply that by the square of the speed of light (per Einstein's famous formula, E=mc^2) that's a lot of energy!