How Much Ammonium Sulfate From 75kL Ammonia?

In summary, ammonia and sulfuric acid react to produce ammonium sulfate, an important fertilizer. The mass of ammonium sulfate that can be produced from 75.0kL of ammonia at 10°C and 110 kPa is unknown. The balanced equation for this reaction is not provided.
  • #1
nic.harv
9
0
ammonia reacts with sulfuric acid to form the important fertilizer, ammonium sulfate. what mass of ammonium sulfate can be produced from 75.0kL of ammonia at 10°C and 110 kPa?

k so i actually have no idea of what to do, honestly we've never covered this in my class before and we have a test o it in like 5 days, PLEASE HELP ME. IM LIKE DYING HERE.
 
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  • #2
nic.harv said:
ammonia reacts with sulfuric acid to form the important fertilizer, ammonium sulfate. what mass of ammonium sulfate can be produced from 75.0kL of ammonia at 10°C and 110 kPa?

k so i actually have no idea of what to do, honestly we've never covered this in my class before and we have a test o it in like 5 days, PLEASE HELP ME. IM LIKE DYING HERE.

What is the balanced equation for this reaction?
 

FAQ: How Much Ammonium Sulfate From 75kL Ammonia?

What is gas stoichiometry and why is it important in scientific research?

Gas stoichiometry is the branch of chemistry that deals with the quantitative relationships between reactants and products in a chemical reaction involving gases. It is important in scientific research because it allows scientists to predict and calculate the amounts of reactants and products in a reaction, which is crucial for understanding and controlling chemical processes.

How do you calculate the mole ratio in gas stoichiometry?

The mole ratio in gas stoichiometry is calculated by using the coefficients of the balanced chemical equation. These coefficients represent the number of moles of each substance involved in the reaction. To calculate the mole ratio, simply divide the number of moles of one substance by the number of moles of another substance.

Can gas stoichiometry be applied to any type of chemical reaction?

Yes, gas stoichiometry can be applied to any type of chemical reaction involving gases. It is a fundamental concept in chemistry that is applicable to all types of reactions, including combustion, precipitation, and acid-base reactions.

How does temperature and pressure affect gas stoichiometry calculations?

Temperature and pressure can affect gas stoichiometry calculations because they can impact the volume and density of gases. As temperature increases, the volume of a gas increases, which can affect the mole ratio and the amount of reactants and products in a reaction. Similarly, changes in pressure can also alter the volume and density of gases, which can affect the outcomes of gas stoichiometry calculations.

Are there any limitations to gas stoichiometry calculations?

Yes, there are some limitations to gas stoichiometry calculations. One limitation is based on the ideal gas law, which assumes that gases behave ideally at all temperatures and pressures. In reality, gases can deviate from ideal behavior, especially at high pressures and low temperatures. Additionally, gas stoichiometry calculations may not account for other factors such as side reactions or impurities in the reactants, which can affect the accuracy of the results.

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