The following questions refer to the graph below, where sulfur trioxide is put into a sealed bottle and allowed to stand over ti
me. It will gradually decompose into sulfur dioxide and oxygen.
Q1. Write a balanced chemical reaction that is taking place inside the bottle
Q2. What would happen to the oxygen concentration if more sulfur trioxide is added to the bottle?
Q3. What would happen to the oxygen concentration if more sulfur dioxide is added to the bottle?
Q4.
If the bottle remained sealed, what would the concentration of SO3 be on day 10?
Q5. Using the above information and reaction, the best way to reduce the amount of SO3 in the atmosphere, and thus reduce the amount of acid rain is to?
Q1. Write a balanced chemical reaction that is taking place inside the bottle
Q2. What would happen to the oxygen concentration if more sulfur trioxide is added to the bottle?
Q3. What would happen to the oxygen concentration if more sulfur dioxide is added to the bottle?
Q4.
If the bottle remained sealed, what would the concentration of SO3 be on day 10?
Q5. Using the above information and reaction, the best way to reduce the amount of SO3 in the atmosphere, and thus reduce the amount of acid rain is to?
1 answer:
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Answer: It is true about the type of reaction that it is a single replacement reaction, and the cations in the two ionic compounds are different.
Explanation:
When one element in a compound is replaced by another element in a chemical reaction then it is called a single replacement reaction.
For example,
Here, potassium metal is replacing the sodium metal in the sodium chloride compound.
As metals become cation by losing an electron in a chemical reaction.
Thus, we can conclude that it is true about the type of reaction that it is a single replacement reaction, and the cations in the two ionic compounds are different.