e. In the video there are 24000 gallons of methylamine in the tanker car. Use the dilution equation to calculate the molarity of the watered-down methylamine (initial volume: volume remaining in tanker after they steal the methylamine; final volume: initial volume + amount of water added). MV, MV₁ M 16M V14000 glins ML = ? Vi 24000 IL 0.2642 =40840:17 f. Calculate the %error of your two concentrations. Use your concentration from question d as your actual and question e as your experimental. Is the 4% dilution statement correct?
e. In the video there are 24000 gallons of methylamine in the tanker car. Use the dilution equation to calculate the molarity of the watered-down methylamine (initial volume: volume remaining in tanker after they steal the methylamine; final volume: initial volume + amount of water added). MV, MV₁ M 16M V14000 glins ML = ? Vi 24000 IL 0.2642 =40840:17 f. Calculate the %error of your two concentrations. Use your concentration from question d as your actual and question e as your experimental. Is the 4% dilution statement correct?
Chemistry: The Molecular Science
5th Edition
ISBN:9781285199047
Author:John W. Moore, Conrad L. Stanitski
Publisher:John W. Moore, Conrad L. Stanitski
Chapter4: Energy And Chemical Reactions
Section: Chapter Questions
Problem 120QRT
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Transcribed Image Text:e. In the video there are 24000 gallons of methylamine in the tanker car. Use the dilution equation to
calculate the molarity of the watered-down methylamine (initial volume: volume remaining in
tanker after they steal the methylamine; final volume: initial volume + amount of water added).
MV, MV₁
M 16M
V14000 glins
ML = ?
Vi
24000
IL
0.2642
=40840:17
f. Calculate the %error of your two concentrations. Use your concentration from question d as your
actual and question e as your experimental. Is the 4% dilution statement correct?
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