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What is a giant ball of gas primarily hydrogen and helium which undergoes nuclear fusion?
Star
Which of the three celestial bodies is not a solid?
A star is not a solid but rather a large ball of gas undergoing nuclear fusion in its core.
What is the difference between a star and a firefly?
A star is a massive ball of gas that emits light and heat through nuclear fusion, while a firefly is an insect that produces light through a chemical reaction in its abdomen. Stars are celestial bodies found in space, while fireflies are small terrestrial insects found on Earth.
Are stars a big ball of gas?
Stars are primarily made up of hydrogen and helium gas, which undergo nuclear fusion in their core to generate heat and light. This fusion process is what sustains a star's energy output and prevents it from collapsing under its own gravity. So in a way, stars can be thought of as massive balls of gas undergoing nuclear reactions.
How has nuclear fusion always warmed Earth from the outside?
Ever since the earth formed and the sun burst into light, the sun's light, which is created from nuclear fusion on our local star, has warmed the earth from the outside. Sunlight is directly responsible for the continuation of life on earth. If the sun suddenly went dark, most life on earth would die, and the rest would freeze solid in a ball of ice.
What is a giant ball of gas primarily hydrogen and helium which undergoes nuclear fusion?
Star
If i were in the sun and you were out of itwhat would the sun be?
The sun would be a ball of hydrogen and helium atoms and a ball of constant nuclear fusion.
What is a giant ball of hot gases that undergo nuclear fusion?
A star is a giant ball of hot gases that undergo nuclear fusion in its core. The intense pressure and temperature at the core of a star cause hydrogen atoms to fuse together to form helium, releasing a tremendous amount of energy in the process.
Is the sun dry?
The sun is not dry, as it is a massive ball of hot plasma that emits energy through nuclear fusion.
If the sun is a big black ball how can it be so bright?
The sun's brightness comes from the nuclear fusion happening in its core, which creates immense heat and light. If the sun were a black ball, it would not emit any visible light. Its visible brightness comes from the intense energy released during nuclear fusion.
The Star providing heat and light to the earth?
The giant ball of nuclear fusion at the centre of the solar system, the star known as the sun.
What is the massive ball of plasma that shines?
The Sun is a massive ball of plasma that shines due to nuclear fusion reactions occurring in its core, releasing energy in the form of light and heat.
A star begins as a ball of gas and dust pulled by together by?
gravity. As the gas and dust come together, the core of the star heats up and eventually nuclear fusion starts, leading to the star shining brightly. The balance between gravity pulling inward and the fusion reactions pushing outward creates the stable conditions that define a star.
The sun looks like a ball of fire what is it actually?
The sun is a star made up of hot gases, primarily hydrogen and helium. The light and heat we receive from the sun are produced by nuclear fusion reactions taking place in its core. It appears as a ball of fire due to the intense energy and radiation emitted by these reactions.
Which type of nuclear reaction is more important for life on earth?
1.The sun is a huge ball of nuclear fusion. 2.We here on earth use nuclear fission to produce electricity. so the answer is 2.
Can gravity turn Jupiter into a star?
No it can not . First of all , Jupiter has a great gravity already . Second of all , a star releases a huge amount of energy (by nuclear fusion and later on fission) And Jupiter is just a big ball of gas .. Read about star structure that may help to understand the concepts of nuclear fusion and nuclear fission .
What a star?
a star is a super hot ball of gas called plasma and it is powered by hydrogen fusion. they are created when enough mass gathers together and reaches a critical temp. of about 3,000,000 c . after wich fusion begins.
