Carbon Dioxide
When you mix sugar and Coke, the primary gas that is formed is carbon dioxide (CO2). This gas is already present in Coke due to carbonation, but adding sugar can cause the release of more CO2 from the solution, leading to fizzing or bubbling. The reaction is not a chemical one but rather a physical reaction where the sugar interacts with the carbonated beverage, potentially increasing the effervescence.
If one chemically reacts oxygen gas and hydrogen gas, any liquid produced is water.
air, which is a mix of several gasses
No. Simply mixing hydrogen and oxygen will not get you water. You must burn the mixture.
Yes, oxygen gas is a homogeneous mixture in its pure form. It is made up of oxygen molecules (O2) that are evenly distributed throughout the gas, resulting in a uniform composition.
If you could, then you mix hydrogen and oxygen. Water is H2O, which is hydrogen 2 parts oxygen. Have fun!
coke
Oxygen is not blown into pure iron, it is blown into molten iron ore (many impurities) and coke has been added to the mix as well. the coke reacts with the impurities and the oxygen to purify the iron ore.
Oxygen mixes with the gas inside a bunsen burner at the air holes located at the base of the burner. As the gas is released from the burner, oxygen from the surrounding air is drawn in through these holes, creating a mixture of gas and oxygen that can be ignited for combustion.
When you mix salt with coke, the salt dissolves in the liquid and does not significantly change the taste or composition of the drink.
In short, Drip Pot is being used in Coke Oven Gas piping mainly for removing the condensate generated in the pipe line due to condensation of vapour mixed in the Coke Oven gas which is basically a mix gas. The Drip Pot facilitate removal of condensate from Pipe Line without increasing hazard of excessive gas release from gas line which in tern reduces the risk of inhalation of toxic gas by the operator or the nearby people.
A solution can be made with a solid, liquid, and gas because the solute from the solid and gas can dissolve in the liquid solvent to form a homogeneous mixture. The individual particles of the solid and gas mix with the liquid molecules, allowing for the creation of a solution.