If Space Is A Vacuum How Does The Sun Burn at Lola Goll blog

If Space Is A Vacuum How Does The Sun Burn. But if space is a vacuum, how is the sun burning so brightly in space? Heat is a form of energy released from the sun and travels. Fire requires oxygen to burn—at least 16% of the atmosphere. Its heat and light come from nuclear fusion, a very different process that doesn't require oxygen. Ordinary fire is a chemical reaction; If it does indeed, then how do sun’s ‘heat rays’ travel through the vacuum of space before reaching earth? The sun does not burn, like we think of logs in a fire or paper burning. The sun is not in fact burning, in the sense of earthly. With fewer particles to interact with in the (almost) vacuum of space, there is not enough. But if the sun isn't on fire, and space is a vacuum, how do we feel the sun's heat on earth? It's correct to assume that because fire cannot burn without oxygen as it isn't possible to sustain a fire in the vacuum of space. Space has no oxygen it has no gaseous component and is a vacuum. If there is no oxygen in space, how does the sun burn? But the lack of oxygen does not affect the glowing of the sun. The answer is quite simple:

Its heat and light come from nuclear fusion, a very different process that doesn't require oxygen. Fire requires oxygen to burn—at least 16% of the atmosphere. But the lack of oxygen does not affect the glowing of the sun. But if space is a vacuum, how is the sun burning so brightly in space? Ordinary fire is a chemical reaction; But if the sun isn't on fire, and space is a vacuum, how do we feel the sun's heat on earth? With fewer particles to interact with in the (almost) vacuum of space, there is not enough. The sun does not burn, like we think of logs in a fire or paper burning. The sun is not in fact burning, in the sense of earthly. The answer is quite simple:

Understanding vacuum fluctuations in space

If Space Is A Vacuum How Does The Sun Burn But if the sun isn't on fire, and space is a vacuum, how do we feel the sun's heat on earth? With fewer particles to interact with in the (almost) vacuum of space, there is not enough. It's correct to assume that because fire cannot burn without oxygen as it isn't possible to sustain a fire in the vacuum of space. But the lack of oxygen does not affect the glowing of the sun. Fire requires oxygen to burn—at least 16% of the atmosphere. Ordinary fire is a chemical reaction; If it does indeed, then how do sun’s ‘heat rays’ travel through the vacuum of space before reaching earth? If there is no oxygen in space, how does the sun burn? Its heat and light come from nuclear fusion, a very different process that doesn't require oxygen. The sun does not burn, like we think of logs in a fire or paper burning. The answer is quite simple: But if space is a vacuum, how is the sun burning so brightly in space? Space has no oxygen it has no gaseous component and is a vacuum. Heat is a form of energy released from the sun and travels. But if the sun isn't on fire, and space is a vacuum, how do we feel the sun's heat on earth? The sun is not in fact burning, in the sense of earthly.