Why Fire Flame Goes Up at Jessica Fly blog

Why Fire Flame Goes Up. the colder air surrounding is pulled down by gravity. the movement of hot air creating convection currents is crucial in explaining why flames point upward. A candle flame is not a thing that just sits there, it's a jet of moving gas. It is this hot air rushing upwards that also causes fire to flicker. it doesn't point upward, it moves upward. All the hot gases in the flame are much hotter (and less dense) than the surrounding air, so they move upward toward lower pressure. The flame is being pressurised all around by the atmospheric gases. how does a flame burns upward while gravity pulls it down? when the flame ignites the gases, the fire spreads. This is why fire typically spreads upward, and it's also why flames are always pointed at the top. For comparison, on a space station, flame doesn't go up, it. On earth, gravity determines how the flame burns. basically the buoyancy shoots the flame up. a candle flame points upwards because flame is extremely hot, and thus less dense than air (by a routine approximation using. they go up because hot gas is lighter than air, and therefore rises.

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when the flame ignites the gases, the fire spreads. The flame is being pressurised all around by the atmospheric gases. it doesn't point upward, it moves upward. a candle flame points upwards because flame is extremely hot, and thus less dense than air (by a routine approximation using. they go up because hot gas is lighter than air, and therefore rises. A candle flame is not a thing that just sits there, it's a jet of moving gas. For comparison, on a space station, flame doesn't go up, it. It is this hot air rushing upwards that also causes fire to flicker. This is why fire typically spreads upward, and it's also why flames are always pointed at the top. how does a flame burns upward while gravity pulls it down?

Premium Vector Fire flame vector design

Why Fire Flame Goes Up when the flame ignites the gases, the fire spreads. On earth, gravity determines how the flame burns. For comparison, on a space station, flame doesn't go up, it. it doesn't point upward, it moves upward. This is why fire typically spreads upward, and it's also why flames are always pointed at the top. The flame is being pressurised all around by the atmospheric gases. when the flame ignites the gases, the fire spreads. It is this hot air rushing upwards that also causes fire to flicker. All the hot gases in the flame are much hotter (and less dense) than the surrounding air, so they move upward toward lower pressure. they go up because hot gas is lighter than air, and therefore rises. A candle flame is not a thing that just sits there, it's a jet of moving gas. basically the buoyancy shoots the flame up. the colder air surrounding is pulled down by gravity. the movement of hot air creating convection currents is crucial in explaining why flames point upward. a candle flame points upwards because flame is extremely hot, and thus less dense than air (by a routine approximation using. how does a flame burns upward while gravity pulls it down?

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