Which wave can travel in both empty space and matter?
2 answers:
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Answer:
Explanation:
Hi, the first step is to calculate how much F2 there is in the container:
<u>Fluorine can be considered as an ideal gas</u> (given that is non-polar and has a small molecule). Using the ideal gas formula:
Where:
Now, the mols of iodine:
<u>The chemical reaction described is the following</u>:
In this case, the limitant reactant is the fluorine:
1) The 0.056 mol of F2 gives of
and consumes
of I2.
2) At the end, in the conteiner we have:
of
of
of
In total: .All in 2.5 L at 550 K
<u>The final pressure</u>:
The partial pressure:
<em>Note: this partial pressure is calculated by the Dlaton's principle</em>
Answer:
The order of the reaction is 1.
Explanation:
The rate law of the reaction ;
The rate of the reaction from T = 0 s to 25 s, to
respectively.
..[1]
The rate of the reaction from T = 25 s to 50 s, to
respectively.
..[2]
[1] ÷ [2]
Solving for x:
x = 1.05 ≈ 1
The rate law of the reaction ;
The order of the reaction is 1.