My experiment was to have eight drops of liquid in each well. For a one I had five drops of Na2S2O3 and three drops of hydrochloric acid. For well A2 I had four drops of Na2S2O3, One drop of distilled water, and three drops of hydrochloric acid. For well a three I had three drops of Na2S2O3, two drops of distilled water, and three drops of hydrochloric acid. Four well a four I had two drops of Na2S2O3, three drops of distilled water, and three drops of hydrochloric acid. Use the table for information to answer the questions below. Additional information: hydrochloric acid = 0.1M and the sodium Thiosulfate (Na2S2O3) = 0.1M.I already have the information for 1-3 including the table filled out and graph (included if needed). The main questions I need help with is #4-6 listry Lab ManualLAB 15Questions for Reaction Rates, ConcentrationTable 15.1WellDrops ofMolarity,MTime tocloud, t1/tNa,5,0,A150,0625M 2.20.07= .007139A20.0057033.55.350,05mA33=.6029395.40.240.0375m(-349-24)A420.025m12.45.317.001307(265-31)1. Each well has 8 drops of liquid. Use the formula M,V, M,V, to calculate the molarityof the Na S,O, in each well. For more information about this formula, read theIntroduction in Lab 19: Titration. Record this data.AdditionalPages w/calculationsare fand@ the end..2. Plot the time, (on the y-axis), against concentration, M (on the x-axis). Is the curve lineThe Curve is non-linear, (see graph paper @ond).3. Assume the same amount of sulfur precipitated in each well to hide the Xs. The rearate for each well is then precipitate/time. This is proportional to 1/t. Calculate andrecord 1/t.Lcalculationis on page of calculations.found in the back.4Time for Cloudiness (sec)900.gicspotyoutng20041004oPaoor 003oby005of Na₂3₂03(M)Molarity0:060.61CurvelNon-lintar Reaction Rates, Concentration4. Plot 1/1 (y-axis) against M (x-axis). Is the curve reasonably straight? Note: You did not starttiming all the reactions at the time you added the HC. This small difference in timing has an effecton the shape of the curve. How could you correct for this?5. Is the reaction rate directly proportional to the concentration?6. What is the order of the reaction? How do you know?

The molarities of Na2S2O3 and 1/time for each well are provided as below: Well Molarity of…

Answered: 4. Plot 1/ (y-axis) against M (x-axis).…

Chemistry: Principles and Reactions

8th Edition

ISBN:9781305079373

Author:William L. Masterton, Cecile N. Hurley

Publisher:William L. Masterton, Cecile N. Hurley

Chapter12: Gaseous Chemical Equilibrium

Section: Chapter Questions

Problem 86QAP

See similar textbooks

Related questions

Question

100%

My experiment was to have eight drops of liquid in each well. For a one I had five drops of Na2S2O3 and three drops of hydrochloric acid. For well A2 I had four drops of Na2S2O3, One drop of distilled water, and three drops of hydrochloric acid. For well a three I had three drops of Na2S2O3, two drops of distilled water, and three drops of hydrochloric acid. Four well a four I had two drops of Na2S2O3, three drops of distilled water, and three drops of hydrochloric acid. Use the table for information to answer the questions below. Additional information: hydrochloric acid = 0.1M and the sodium Thiosulfate (Na2S2O3) = 0.1M. I already have the information for 1-3 including the table filled out and graph (included if needed). The main questions I need help with is #4-6

listry Lab Manual
LAB 15
Questions for Reaction Rates, Concentration
Table 15.1
Well
Drops of
Molarity,
M
Time to
cloud, t
1/t
Na,5,0,
A1
5
0,0625M 2.20.07
= .007139
A2
0.005703
3.55.35
0,05m
A3
3
=.602939
5.40.24
0.0375m
(-349-24)
A4
2
0.025m
12.45.31
7.001307
(265-31)
1. Each well has 8 drops of liquid. Use the formula M,V, M,V, to calculate the molarity
of the Na S,O, in each well. For more information about this formula, read the
Introduction in Lab 19: Titration. Record this data.
Additional
Pages w/calculations
are fand@ the end..
2. Plot the time, (on the y-axis), against concentration, M (on the x-axis). Is the curve line
The Curve is non-linear, (see graph paper @ond).
3. Assume the same amount of sulfur precipitated in each well to hide the Xs. The rea
rate for each well is then precipitate/time. This is proportional to 1/t. Calculate and
record 1/t.
Lcalculation
is on page of calculations.
found in the back.
4
Time for Cloudiness (sec)
900.
gic
spot
yout
ng
2004
1004
o
Pa
oor 003
oby
005
of Na₂3₂03(M)
Molarity
0:06
0.61
Curvel
Non-lintar

Reaction Rates, Concentration
4. Plot 1/1 (y-axis) against M (x-axis). Is the curve reasonably straight? Note: You did not start
timing all the reactions at the time you added the HC. This small difference in timing has an effect
on the shape of the curve. How could you correct for this?
5. Is the reaction rate directly proportional to the concentration?
6. What is the order of the reaction? How do you know?

Expert Solution

Trending now

This is a popular solution!

Step by step

Solved in 4 steps with 1 images

SEE SOLUTION Check out a sample Q&A here

Knowledge Booster

Learn more about

Need a deep-dive on the concept behind this application? Look no further. Learn more about this topic, chemistry and related others by exploring similar questions and additional content below.

Similar questions