None ⚫ Reaction 1: Room Temperature: 21C & change of temp from blue to yellow: 23C, Time: 49.90 seconds, 0.1M butylchloride = 3 ML & 0.1M sodium hydroxide = 0.3ML, 6.7ML distilled water, 6 drops of bromophenol blue. • Reaction 2:Water Bath Temperature: 30C & change of temp from blue to yellow: 25C, Time: 39.06 seconds, 0.1M butyl chloride = 3ML & 0.1M sodium hydroxide = 0.3ML, 6.7 distilled water, 6 drops of bromophenol blue. Reaction 3: Temperature: 1C,& change of temp from blue to yellow: 12C, Time: 2 min & 30.5 seconds, 0.1M butyl chloride = 3ML & 0.1M sodiumhydroxide = 0.3ML, 6 drops of bromophenol blue. Reaction 4: Room Temperature: 21C & change of temp from blue toyellow: 23C, Time: 59.64 seconds, 0.1M t-butyl chloride = 2ML & 0.1M sodium hydroxide = 0.2ML, 7.8ML distilledwater, 6 drops of bromophenol blue. Reation 5: Temperature: 22C, Time: 4.83 seconds, 0.1M sodium hydroxide = 3ML&t-butyl bromide = 3ML, 5 drops indicator Reaction 6: Temperature: 22C, Time: 2-3 days, 0.1M sodium hydroxide\sec-butyl bromide = 1ML, 5 drops indicator. Reaction 7: Temperature: 22C, Time: 2.13 seconds, 6.7ML distilled water,NAOH/tri-methyl/chloride = 3ML PLEASE FIND THE REST OF THE TABLE USING THE INFORMATION ABOVE!55 31M COULDReport all values with correct significant figures1. Provide the following data for the reactions in this experiment:ReactionTemperature(°C)123Temperature(K)1/Temperature(K)Average time(s)k(s)In kReactionTemperature(°C)Alkyl halide,concentration(M)Hydroxideconcentration(M)% water'Average time(s)k (8)4567% water can be calculated by adding the volumes of hydroxide and water, dividing by 10, and multiplying by 100.2. What is the slope of your Arrhenius plot of Reactions 1-3?3. What is the activation energy of the reaction of t-butyl chloride with sodium hydroxide?

The objective of this question is to analyze the kinetics of chemical reactions involving alkyl…

Reaction 1: Room Temperature: 21C & change of temp from blue to yellow: 23C, Time: 49.90 seconds, 0.1M butyl chloride = 3 ML & 0.1M sodium hydroxide = 0.3ML, 6.7ML distilled water, 6 drops of bromophenol blue. • Reaction 2: Water Bath Temperature: 30C & change of temp from blue to yellow: 25C, Time: 39.06 seconds, 0.1M butyl chloride = 3 ML & 0.1M sodium hydroxide = 0.3ML, 6.7 distilled water, 6 drops of bromophenol blue. Reaction 3: Temperature: 1C, & change of temp from blue to yellow: 12C, Time: 2 min & 30.5 seconds, 0.1M butyl chloride = 3ML & 0.1M sodium hydroxide = 0.3ML, 6 drops of bromophenol blue. Reaction 4: Room Temperature: 21C & change of temp from blue to yellow: 23C, Time: 59.64 seconds, 0.1M t-butyl chloride = 2ML & 0.1M sodium hydroxide = 0.2ML, 7.8ML distilled water. 6 drops of bromophenol blue. •Reation 5: Temperature: 22C. Time: 4.83 seconds. 0.1M sodium hydroxide = 3ML

Reaction 1: Room Temperature: 21C & change of temp from blue to yellow: 23C, Time: 49.90 seconds, 0.1M butyl chloride = 3 ML & 0.1M sodium hydroxide = 0.3ML, 6.7ML distilled water, 6 drops of bromophenol blue. • Reaction 2: Water Bath Temperature: 30C & change of temp from blue to yellow: 25C, Time: 39.06 seconds, 0.1M butyl chloride = 3 ML & 0.1M sodium hydroxide = 0.3ML, 6.7 distilled water, 6 drops of bromophenol blue. Reaction 3: Temperature: 1C, & change of temp from blue to yellow: 12C, Time: 2 min & 30.5 seconds, 0.1M butyl chloride = 3ML & 0.1M sodium hydroxide = 0.3ML, 6 drops of bromophenol blue. Reaction 4: Room Temperature: 21C & change of temp from blue to yellow: 23C, Time: 59.64 seconds, 0.1M t-butyl chloride = 2ML & 0.1M sodium hydroxide = 0.2ML, 7.8ML distilled water. 6 drops of bromophenol blue. •Reation 5: Temperature: 22C. Time: 4.83 seconds. 0.1M sodium hydroxide = 3ML

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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Concept explainers

Alkanes and Cycloalkanes

Alkanes are saturated organic compounds which are made up of C and H atoms. Alkanes have the general formula of CnH2n+2. Alkane contains sp3 hybridized carbon atoms with four sigmas (σ) bonds & every hydrogen atom is connected with one of the carbon atoms. The size of the alkane could be determined by the number of carbon atoms located in it.

Question

None

⚫ Reaction 1: Room Temperature: 21C & change of temp from blue to yellow: 23C, Time: 49.90 seconds, 0.1M butyl
chloride = 3 ML & 0.1M sodium hydroxide = 0.3ML, 6.7ML distilled water, 6 drops of bromophenol blue. • Reaction 2:
Water Bath Temperature: 30C & change of temp from blue to yellow: 25C, Time: 39.06 seconds, 0.1M butyl chloride = 3
ML & 0.1M sodium hydroxide = 0.3ML, 6.7 distilled water, 6 drops of bromophenol blue. Reaction 3: Temperature: 1C,
& change of temp from blue to yellow: 12C, Time: 2 min & 30.5 seconds, 0.1M butyl chloride = 3ML & 0.1M sodium
hydroxide = 0.3ML, 6 drops of bromophenol blue. Reaction 4: Room Temperature: 21C & change of temp from blue to
yellow: 23C, Time: 59.64 seconds, 0.1M t-butyl chloride = 2ML & 0.1M sodium hydroxide = 0.2ML, 7.8ML distilled
water, 6 drops of bromophenol blue. Reation 5: Temperature: 22C, Time: 4.83 seconds, 0.1M sodium hydroxide = 3ML
&t-butyl bromide = 3ML, 5 drops indicator Reaction 6: Temperature: 22C, Time: 2-3 days, 0.1M sodium hydroxide\
sec-butyl bromide = 1ML, 5 drops indicator. Reaction 7: Temperature: 22C, Time: 2.13 seconds, 6.7ML distilled water,
NAOH/tri-methyl/chloride = 3ML PLEASE FIND THE REST OF THE TABLE USING THE INFORMATION ABOVE!
55 31M COULD
Report all values with correct significant figures
1. Provide the following data for the reactions in this experiment:
Reaction
Temperature
(°C)
1
2
3
Temperature
(K)
1/Temperature
(K)
Average time
(s)
k(s)
In k
Reaction
Temperature
(°C)
Alkyl halide,
concentration
(M)
Hydroxide
concentration
(M)
% water'
Average time
(s)
k (8)
4
5
6
7
% water can be calculated by adding the volumes of hydroxide and water, dividing by 10, and multiplying by 100.
2. What is the slope of your Arrhenius plot of Reactions 1-3?
3. What is the activation energy of the reaction of t-butyl chloride with sodium hydroxide?

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Did I answer this correctly?
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