6) The standard way to determine the activation energy Ea of reaction from its rate constant k and temperature T in degrees Kelvin is to plot: a. k as function of T b. In (k) as function of T c. In (k) as function of T d. none of the above: give your own answer.

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6) The standard way to determine the activation energy Ea of reaction from its rate constant k and
temperature T in degrees Kelvin is to plot:
a.
k as function of T
b. In (k) as function of T
c. In (k) as function of T
d. none of the above: give your own answer.
7) Reaction in diluted solution proceeds as follows:
Describe the steady state condition of this reaction in the two ways:
A I-P
a) by the formula (and explain any symbols), and
b) by the narrative of the same.
8) For chemical reaction in 7):
a) sketch the graph showing how concentration of each compound changes over time.
b) Explain the reason for each dependence drawn in this sketch.
Transcribed Image Text:6) The standard way to determine the activation energy Ea of reaction from its rate constant k and temperature T in degrees Kelvin is to plot: a. k as function of T b. In (k) as function of T c. In (k) as function of T d. none of the above: give your own answer. 7) Reaction in diluted solution proceeds as follows: Describe the steady state condition of this reaction in the two ways: A I-P a) by the formula (and explain any symbols), and b) by the narrative of the same. 8) For chemical reaction in 7): a) sketch the graph showing how concentration of each compound changes over time. b) Explain the reason for each dependence drawn in this sketch.
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