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Chem 116 ASU Final Exam Review Questions & Correct Verified Answers $12.99   Add to cart

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Chem 116 ASU Final Exam Review Questions & Correct Verified Answers

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  • Course
  • Chem 116
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  • Chem 116

Chem 116 ASU Final Exam Review Questions & Correct Verified Answers

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  • September 3, 2024
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  • 2024/2025
  • Exam (elaborations)
  • Questions & answers
  • Chem 116
  • Chem 116
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KenAli
Chem 116 ASU Final Exam Review
Questions & Correct Verified Answers

how long will it take for the reaction to drop to .25M? - ✔✔440 s



rate constant: 6.00x10^-3 M^-1s^-1



for this reaction, decreasing the concentration of the reaction will affect the rate of the reaction as:



a- increasing at a rate of 9

b- decreasing by a rate factor of 3

c- increasing at a rate factor of 16

d- decreasing by a rate factor of 9

e- increasing by a rate factor of 4 - ✔✔d- decreasing by a rate factor of 9



if there are 9 particles of reactant A and 4 particles of reaction B, how many collisions are possible? -
✔✔36 collisions



which of the following statements about equilibrium is true?

1. concentrations of reactants and products are equal

2. Q=K

3. rates of forward and reverse reactions are equal

, a- 1 and 2

b- 1 and 3

c- 2 and 3

d- 1 2 and 3 - ✔✔c- 2 and 3



archaeologists can determine the age of the artifacts by measuring a number of radioactive isotope C-14
present in the object. the amount of isotope decreases in a first order process. the half life is 5,730
years. If the reaction starts with 100% and then only 13.7 of the original amount remains, answer the
following:



the rate constant is? - ✔✔1.209x10^-4



archaeologists can determine the age of the artifacts by measuring a number of radioactive isotope C-14
present in the object. the amount of isotope decreases in a first order process. the half life is 5,730
years. If the reaction starts with 100% and then only 13.7 of the original amount remains, answer the
following:



how long does it take for this decay process when the rate constant is 1.209x10^-4? -
✔✔1.64x10^4 years



for the same reaction, Kc and Kp will always equal one another when



a- all of the reactants and products are gasses

b- in the reaction equation, the number of moles of gas products equals the moles of gas reactants

c- in the reaction, the number of gas products id greater than the number of moles of gas reactants

d- the total number of moles of reactant of the two equilibrium constants equals that of the products -
✔✔b- in the reaction equation, the number of moles of gas products equals the moles of gas
reactants



Kp= 4.48x10^13 at 308 K, what is the value of Kc?



2NO(g) + O2 (g) <---> 2NO2 (g) - ✔✔1.13x10^11

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