- How much hydrogen gas and oxygen gas is needed to make one gallon of water?
- What is the volume ratio of hydrogen gas to oxygen gas in the decomposition of water? Oxygen gas?
- Volume Relationships in Chemical Reactions
How much hydrogen gas and oxygen gas is needed to make one gallon of water?
The ratio of hydrogen to oxygen in water is BY MASS.and your
The ratio is There are two Hydrogen atoms for every Oxygen atom in a water molecule. Approximately twice as much volume of hydrogen as of oxygen: Both gases are diatomic and nearly ideal at normal temperature and pressure, and the atomic ratio of hydrogen to oxygen in water is 2. Glucose's formula is C6H12Oa ratio, which is the same as the ratio of hydrogen to oxygen you find in water. The ratio between hydrogen and oxygen in water is 2H:1O, which is easily observed in its molecular formula, H2O. The hydrogen- oxygen ratio is , which is the same ratio in water.
Chat or rant, adult content, spam, insulting other members, show more. Harm to minors, violence or threats, harassment or privacy invasion, impersonation or misrepresentation, fraud or phishing, show more. Yahoo Answers. What is the volume ratio of hydrogen gas to oxygen gas in the decomposition of water? Oxygen gas? What is the total mass of hydrogen and oxygen that c an be produced by the decomposition of grams of water? What is the volume of hydrogen and oxygen produced by the same reaction?
What is the volume ratio of hydrogen gas to oxygen gas in the decomposition of water? Oxygen gas?
Although mass is conserved, most chemical and physical properties are not conserved during a reaction. Volume is one of those properties which is not conserved, particularly when the reaction involves gases as reactants or products.
Volume Relationships in Chemical Reactions
While some chemists were exploring the weight relationships of the elements, others were looking at the volume relationship in the chemical reaction of gases. Remember when you used electrolysis to decompose water? Hydrogen gas and oxygen gas were the products. By volume, twice as much hydrogen as oxygen is generated -- a ratio by volume. Also, the reaction can be reversed; hydrogen and oxygen combine in a simple ratio by volume to make water.