bobbyg said:If I had a volume of Brown's gas at 20°C / 1atm, what would the expected volume [of the resultant steam] be immediately after it was ignited?
The container is solid, with a freely-moving piston of negligible massDrStupid said:In a sufficiently strong container it would remain unchanged. Please specify the conditions.
You will want to nail the scenario down more tightly than that.bobbyg said:The container is solid, with a freely-moving piston of negligible mass
bobbyg said:Edit: don't worry. I will just try some physical experiments.
The relative volume of combusted hydrogen refers to the amount of space that is occupied by hydrogen gas when it is burned in a combustion reaction. It is typically measured in liters or cubic meters.
The relative volume of combusted hydrogen can be calculated by dividing the amount of hydrogen gas produced by the combustion reaction by the initial volume of hydrogen gas before the reaction. This calculation can be done using the ideal gas law.
The relative volume of combusted hydrogen is important because it can help determine the efficiency of a combustion reaction. It can also provide valuable information about the amount of energy that can be produced from a given amount of hydrogen gas.
The relative volume of combusted hydrogen is generally larger than other fossil fuels, such as gasoline or diesel. This means that a smaller amount of hydrogen can produce the same amount of energy as a larger amount of these other fuels.
Yes, the relative volume of combusted hydrogen can vary depending on factors such as the purity of the hydrogen gas, the temperature and pressure at which the combustion reaction occurs, and the presence of other substances in the reaction. It is important to control these variables in order to accurately measure the relative volume of combusted hydrogen.