Answer:
Explanation:
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In this case, since the differential rate law of a second-order reaction is:
Whereas A stands for NOCl and the corresponding integrated rate law is:
Thus, since we know the concentrations and the elapsed time, we compute the rate constant as shown below:
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Explanation:
The noble gases are found in group 18 of the periodic table with a complete valence electron shell. The elements of group 18 are chemically stable because their valence shells are filled.
However, Xenon differs from other noble elements because of its size and large number of electrons. The electrons in the outer shell are not tightly bound with the nucleus and thus, are somewhat free to part in reactions, this why xenon has so many compounds
Answer:
Explanation:
t = 2 \pi \sqrt{m/k}
1. Divide both sides by 2 \pi
--> t / 2 \pi = \sqrt{m/k}
2. Square both sides
--> t^{2} / 4 \pi^{2} = m / k
3. Multiply both sides by k
--> m = k t^{2} / 4 \pi ^{2}
Answer:
71.5 atm
Explanation:
Use Boyle's Law and rearrange formula.
- Hope this helps! Please let me know if you need further explanation.