Answer & Explanation:Read the attached experiment and answer the following 11 Questions:
1.
How can a integrated rate
law that decribes the evaporation of a volatile liquid be determined? What else
is needed to determine the activation energy that describes this process? Is
this the same as the heat of vaporization? Explain.
2.
What data needs to be measured to determine an integrated rate
law that describes the evaporation of a volatile liquid? What data is needed to
determine the activation energy for this process?
3.
How can the change in mass rate be used to determine the
integrated rate law?
4.
What chemical theories or laws are associated the determination
of the integrated rate law? What are associated with the determination of the
activation energy?
5.
How can the integrated
rate law be used in describing the evaporation proceess for a volatile liquid?
6.
What data is needed to determine the integrated rate law? What
additional calculations are needed? What data is needed to determine the
activation energy? What a
dditional calculations are needed
7.
What is the relationship between the rate of disapperance of
mass of the volatile liquid and the integrated rate law that will be
determined?
8.
What techniques are required to successfully measure the rate of
change in mass of a volatile liquid and determine the integrated rate law that
describes the evaporation?
9.
How can the change in mass of the volatile liquid be used to
determine an integrated rate law that describes the evaporation process? How
can the integrated rate law be used to determine the activation energy that
describes this evaporation process?
10.
What are some important variables that need to be controlled in
order to successfully determine an intergrated rate law that describes the
evaporation of a volatile liquid? What are some important variables that need
to be controlled to successfully determine the activation energy for the
evaporation of a volatile liquid?
11.
What special safety precautions do you need to be aware of for
this experiment?
experiment_4a_1_.docx