Stars get their energy from nuclear fusion - mainly, hydrogen to helium.
Stars get their energy from nuclear fusion - mainly, hydrogen to helium.
Stars get their energy from nuclear fusion - mainly, hydrogen to helium.
Stars get their energy from nuclear fusion - mainly, hydrogen to helium.
The stars shone brightly in the sky.
The adverb for "stars shine on cloudy nights" would be "brightly." So, technically, you could say "Stars shine brightly on cloudy nights." But let's be real, those clouds aren't dimming those stars one bit.
The main fuel for nuclear reactions in stars is hydrogen. Through a process called nuclear fusion, hydrogen atoms combine to form helium, releasing energy in the form of light and heat. This process powers the stars and allows them to shine brightly.
All stars 'burn' hydrogen
No, we revolve around a 'yellow dwarf'; whereas most of the stars (in our Milky Way Galaxy) are red dwarves, which do not burn as brightly as our Sun. See the related link(s) listed below for more information:
The stars shone brightly in the sky.
Stars Shine Brightly Shine is a verb and the grammar to describe a verb is an adverb. Therefore, we have to use Brightly
Stars shine brightly in the night sky due to the process of nuclear fusion happening in their cores. This process involves the fusion of hydrogen atoms into helium, releasing a tremendous amount of energy in the form of light and heat. This energy is what makes stars appear bright and visible from Earth.
The adverb for "stars shine on cloudy nights" would be "brightly." So, technically, you could say "Stars shine brightly on cloudy nights." But let's be real, those clouds aren't dimming those stars one bit.
The cast of Burn Brightly - 2013 includes: Joey Luthman as Andy Shaw Demarius Mack as Danny Hammersmith
Stars don't burn in the sense we are use to here on Earth. They do not combine oxygen with a fuel to generate energy. Stars shine brightly because they take atoms (in the case of our Sun - hydrogen atoms) and squeeze them together under tremendous temperatures and pressure from gravity, forcing them to fuse into heavier atoms - helium for our star. There is an extra bit of mass that is converted to energy in this process by Einstein's E=MC2, which generates the heat and light we see and feel.
The main fuel for nuclear reactions in stars is hydrogen. Through a process called nuclear fusion, hydrogen atoms combine to form helium, releasing energy in the form of light and heat. This process powers the stars and allows them to shine brightly.
All stars 'burn' hydrogen
It is a small fish that you can burn and it burns brightly.
No, we revolve around a 'yellow dwarf'; whereas most of the stars (in our Milky Way Galaxy) are red dwarves, which do not burn as brightly as our Sun. See the related link(s) listed below for more information:
it's agressively active to simple air, if exposed, it will burn extremely brightly it's agressively active to simple air, if exposed, it will burn extremely brightly
Dimly