Only section d 8. The rate of reaction of the hydrogenation of ethene with hydrogen bromide gas is being studiedby an industrial chemist.What is the balanced chemical equation including states for this reaction? (This parta.should help you to better answer the rest of this question!)Gtty 19) + HBrig)->C2HS Briesb. Suggest a method for measuring the rate of this reaction.Hono meter.The amount of reactant (either one) is followed using the method you suggested in part b.c) As the reaelion begins, the amountsl piodact is zer0. This nse as thereaction goes on, until it reachesthe equilibriumAmount of ReactantTimec. On the graph, sketch the predicted results for one of the products of this reaction. Explainyour sketchd. On the graph, sketch the predicted results for the reactant if the volume of the reactioncontainer is doubled. Explain. (You may assume this reaction is a non-zero orderreaction.

d. let the reaction be first order reaction. Rate=k[A]

Answered: your sketch d. On the graph, sketch the…

your sketch d. On the graph, sketch the predicted results for the reactant if the volume of the reaction container is doubled. Explain. (You may assume this reaction is a non-zero order reaction.

Chemistry: Principles and Practice

3rd Edition

ISBN:9780534420123

Author:Daniel L. Reger, Scott R. Goode, David W. Ball, Edward Mercer

Publisher:Daniel L. Reger, Scott R. Goode, David W. Ball, Edward Mercer

Chapter13: Chemical Kinetics

Section: Chapter Questions

Problem 13.23QE: Nitrogen monoxide reacts with chlorine to form nitrosyl chloride. NO(g)+12Cl2(g)NOCl(g) The figure...

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Question

Only section d

8. The rate of reaction of the hydrogenation of ethene with hydrogen bromide gas is being studied
by an industrial chemist.
What is the balanced chemical equation including states for this reaction? (This part
a.
should help you to better answer the rest of this question!)
Gtty 19) + HBrig)->C2HS Bries
b. Suggest a method for measuring the rate of this reaction.
Hono meter.
The amount of reactant (either one) is followed using the method you suggested in part b.
c) As the reaelion begins, the amount
sl piodact is zer0. This nse as the
reaction goes on, until it reaches
the equilibrium
Amount of Reactant
Time
c. On the graph, sketch the predicted results for one of the products of this reaction. Explain
your sketch
d. On the graph, sketch the predicted results for the reactant if the volume of the reaction
container is doubled. Explain. (You may assume this reaction is a non-zero order
reaction.

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