1. If 3.2 L of nitrogen monoxide and 4.3 g of oxygen gas are combined, what volume of nitrogen dioxide will be formed? 2NO + 0,
-> 2NO,
1 answer:
Answer:


Explanation:
NO is limit reactant so:
1÷7×46=6.57 grams of NO2 will form
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Answer:
B) HF, NaF
Explanation:
- A buffer solution is made up of a weak acid and its conjugate base.
- In this case, HF is a weak acid and NaF is the conjugate base, therefore the mixture of HF, and NaF would make a perfect buffer solution.
- The buffer would have the weak acid HF and its conjugate base, F- which comes from the soluble salt NaF.
Answer:
true. I think
Explanation:
A chemical formula shows the atoms a molecule is made of.
The third one
synthesis reactions have multiple reactants that synthesize into one product
I would have to say it would be the closest to a gas A.