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ah yes, the classic which gas is in which test tube experiment... Oxygen accelerates the combustion of organic material. The wood splint will burn more brightly and quickly if placed in oxygen. If the splint is 'blown out' leaving only a glowing tip it will reignite when placed in oxygen.
It burns
the glowing splint would ignite.
It will extinguish the flame, as it replaces the oxygen around the splint, which is an essential component of combustion. The splint may relight if placed in an oxygen rich environment.
It rekindles (flames up) the glowing splint..
.. then the flame or glow will distinguish by lack of oxygen.
ah yes, the classic which gas is in which test tube experiment... Oxygen accelerates the combustion of organic material. The wood splint will burn more brightly and quickly if placed in oxygen. If the splint is 'blown out' leaving only a glowing tip it will reignite when placed in oxygen.
Neither, because it dies out. See the answer to the question "what happens to a glowing splint....."
If the wooden splint happened to be on fire when it was placed into the cylinder filled with carbon dioxide, the fire will go out. Other than that, nothing happens to the wooden splint. It will just sit there quietly, doing nothing.
It burns
By chemical analysis; also a candle burn in oxygen (or in a gas containing oxygen) but not in nitrogen, argon, carbon dioxide.
It is extinguished
It will go out. Nitrogen, which makes up 79% of the Earth's atmosphere, does not support combustion.
It doesn't do anything.
the glowing splint would ignite.
hydrogen: place a lighted splint into the container containing hydrogen, the result is a squeaky pop.oxygen: place a glowing splint (a blowout splint) into the container containing oxygen, the result is the splint relighting.carbon dioxide: bubble the gas through lime-water, the result is the lime-water turning milky/cloudy.ammonia: place DAMP litmus paper over the container containing ammonia, the result is the litmus paper turning blue.
hydrogen gas is H2 When H2 reacts with oxygen and fire (energy) It is combustion H2+ 02= 2(H20) Which is water. In that state it is water vapor. A popping noise is also made. That is water vapor racing out. The burning splint tests, basically, is when an individual lights a splint. On lighting this splint, it should be placed near a bottle containing hydrogen gas [ H2 ]. On carrying out this action, the glowing splint may increase in size, regarding the size of the flame, that is. The Hydrogen gas, on the other hand, will make a popping sound. The intensity of the 'pop' will depend on the amount of Hydrogen gas collected in the bottle. Take care to ensure that no Hydrogen gas escapes, or is released from the bottle, until the splint is placed, at least 2 inches away from the opening of the bottle.