A mechanism is similar to a story that tells the reader what steps have to happen. In a sports analogy, youmight say:The center snaps the ball to the quarterback.The quarterback hands the ball to the running back.The running back collides with a defender and laterals (pitches backwards) to a lineman.е.f.8.h. The lineman runs to score.It all kind of happens in this order, but also happens all at the same time. But, the scoresheet might just say"the result of the play was a touchdown."The thing about this mechanism is that laterals are unusual. If you were a scientist, you would want toconfirm that the lateral occurred. You would make sure that the running back didn't score the touchdownand then hand the ball to the lineman (in appreciation of a great block).It is in this way we think about mechanisms. Do the steps add up to the macroscopic observations, do theymake sense, and can we investigate the reaction to 'see' the steps to confirm our story.12. Review the proposed mechanism.Step 1: ICI(g) + H2(g)Step 2: HI(g) + ICI(g) → HCI(g) + I2(g)HI(g) + HCl(g)|When these two steps happen, what is the observed overall reaction?а.b. If you wanted to confirm that the reaction occurs via these steps, which one molecule would be mostvaluable to observe?In the football analogy, the play can't start until the center snaps the ball. Waiting for the snap is the"slow" step, and everything that comes after the snap is "fast". In a mechanism, the slow step could beeither the first step or a later step (second step in this problem). Describe how kinetics coulddifferentiate between either (step 1 is slow) or (step 2 is slow). Said another way, what would the rate lawbe for the two possible options?С.

In this question give that two step reaction. We have find a overall reaction , valuable molecule…

Answered: ,what is the observed overall reaction

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,what is the observed overall reaction

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

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Question

A mechanism is similar to a story that tells the reader what steps have to happen. In a sports analogy, you
might say:
The center snaps the ball to the quarterback.
The quarterback hands the ball to the running back.
The running back collides with a defender and laterals (pitches backwards) to a lineman.
е.
f.
8.
h. The lineman runs to score.
It all kind of happens in this order, but also happens all at the same time. But, the scoresheet might just say
"the result of the play was a touchdown."
The thing about this mechanism is that laterals are unusual. If you were a scientist, you would want to
confirm that the lateral occurred. You would make sure that the running back didn't score the touchdown
and then hand the ball to the lineman (in appreciation of a great block).
It is in this way we think about mechanisms. Do the steps add up to the macroscopic observations, do they
make sense, and can we investigate the reaction to 'see' the steps to confirm our story.
12. Review the proposed mechanism.
Step 1: ICI(g) + H2(g)
Step 2: HI(g) + ICI(g) → HCI(g) + I2(g)
HI(g) + HCl(g)
|
When these two steps happen, what is the observed overall reaction?
а.
b. If you wanted to confirm that the reaction occurs via these steps, which one molecule would be most
valuable to observe?
In the football analogy, the play can't start until the center snaps the ball. Waiting for the snap is the
"slow" step, and everything that comes after the snap is "fast". In a mechanism, the slow step could be
either the first step or a later step (second step in this problem). Describe how kinetics could
differentiate between either (step 1 is slow) or (step 2 is slow). Said another way, what would the rate law
be for the two possible options?
С.

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