It goes away. You know this because fire needs oxegen to keep burning and that's why the flame goes out.
Where does it go to? How did it get out of the jar? Are you sure the oxygen is not now part of the H2O that is now in the jar?
If the jar holding the oxygen breaks, the oxygen will escape into the surrounding environment. Oxygen is a gas, so it will disperse quickly and mix with the air around it.
when red hot charcoal is kept in glass jar then carbon reacts with oxygen present in that glass jar and forms carbon-di-oxide as major product , but a little amount of carbon monoxide is also formed .
When gas is left in the jar, it displaces the oxygen needed for the candle to burn. Oxygen is required for combustion to occur. Without enough oxygen present, the candle will not be able to sustain the flame and will extinguish.
A compound.Hint: if it contains two words (unless one of them is solid, liquid, gas, or metal), it is not an element.Endings such as -ide, -ate, and -ite usually indicate a compound.
beacuse oxygen support combustion and outside the jar air is present which is a mixture of gases in which nitrogen is 78%,oxygen is 21% and remaining 1% are He,Ne,Ar,xe,Kr,CO2 and other gases.This is the reason why a glowing flares up in a gas jar of oxygen but not in air
To create an anaerobic atmosphere in a jar, you can displace the oxygen by adding a gas such as nitrogen or carbon dioxide. You can also use chemical agents like sodium borohydride or sodium dithionite to remove oxygen from the jar. Ensure airtight sealing to prevent any oxygen from entering the jar.
a jar contains samples of the elements carbon and oxygen. does the jar contain a compound please explain
If the methylene blue indicator strip turns blue inside the Gas Pak jar, it indicates that there is oxygen present in the jar. This could mean that the anaerobic conditions inside the jar have been compromised, and the contents may be exposed to oxygen, potentially affecting the growth of anaerobic organisms inside the jar.
If the jar holding the oxygen breaks, the oxygen will escape into the surrounding environment. Oxygen is a gas, so it will disperse quickly and mix with the air around it.
when red hot charcoal is kept in glass jar then carbon reacts with oxygen present in that glass jar and forms carbon-di-oxide as major product , but a little amount of carbon monoxide is also formed .
A gas jar is used in microbiology. A flame is lit in the airtight jar which starts using up the oxygen in the jar and producing carbon dioxide. This creates an environment that is lower in oxygen than the normal atmosphere and creates a perfect environment for microaerophilic microbes which need a low concentration of oxygen in order to grow. It can also make fire...
When gas is left in the jar, it displaces the oxygen needed for the candle to burn. Oxygen is required for combustion to occur. Without enough oxygen present, the candle will not be able to sustain the flame and will extinguish.
A compound.Hint: if it contains two words (unless one of them is solid, liquid, gas, or metal), it is not an element.Endings such as -ide, -ate, and -ite usually indicate a compound.
YES!!!! Taking Sodium and Chlorine as an example. Sodium metal is an element. Chlorine gas is an element. Put them together in a gas jar and they will react to form the compound sodium chloride. In nature atmospheric nitrogen (an element) will react with atmospheric oxygen (also an element), when a lightning strike discharges, to form nitrogen oxides (compounds).
beacuse oxygen support combustion and outside the jar air is present which is a mixture of gases in which nitrogen is 78%,oxygen is 21% and remaining 1% are He,Ne,Ar,xe,Kr,CO2 and other gases.This is the reason why a glowing flares up in a gas jar of oxygen but not in air
When the candle is brought near the mouth of the jar containing hydrogen gas, the hydrogen gas reacts with oxygen in the air to produce water vapor and heat, allowing the candle to burn. However, when the candle is pushed inside the jar, the available oxygen is quickly used up by the candle flame, leading to oxygen depletion and eventual extinguishment of the flame.
it will die due to lack of oxygen