NaHCO3 pymmiame CH3NH3CI zm 3.13 bion CuSO4 ou 3.75 Fe(NO3)3 waver 1.81 SHOW YOUR CALCULATIONS FOR K, AND K ON A SEPARATE SHEET. Solution Hydrolysis Reaction (write the net ionic equation) NaC2H3O2 NHẠCI NaF-NA NaF NaHCO3 rond CH3NH3CI CUSO4 Fe(NO3)3 ex Resh Oz - Rt+M20 -) NR R++M20-) Cag05フな0ー>HCgMg O。 t O aem acrd Basor ans hum uns wac Ha sung neura facm smng +. 3 Fit to page D Page view Hydrolysis and Buffers Virtual Lab Using either the Chrome or Firefox browser, go to http://chemcollective.org/vlab/99 If you didn't watch the instructional video for the previous lab, do it now. The link is ab the simulator. Part 1 Using the Stockroom, place the following solutions onto your lab bench. 1 M ammonium chloride 1 M pyridinium chloride Distilled water 2-250 mL beakers You'll need to do some dilution calculations to figure out how to make 20.0 mL of a 0.10 solution of each of the salts listed. Make each solution using the stock solution and distilled water. If you click on each solution, you can see concentrations of each ion present. Use this information to detern pH and Ka or Kb for each solution. Make an image of your bench before moving to the r. part either by screen capture or by saving the page as pdf under the Print menu for browser. you Go to the File menu and select "New Bench." Using the Stockroom, place the following solutions onto your lab bench. 1 M sodium acetate 1 M sodium hypochlorite 1 M sodium hydrogen carbonate Distilled water 3-250 mL beakers W. hp
NaHCO3 pymmiame CH3NH3CI zm 3.13 bion CuSO4 ou 3.75 Fe(NO3)3 waver 1.81 SHOW YOUR CALCULATIONS FOR K, AND K ON A SEPARATE SHEET. Solution Hydrolysis Reaction (write the net ionic equation) NaC2H3O2 NHẠCI NaF-NA NaF NaHCO3 rond CH3NH3CI CUSO4 Fe(NO3)3 ex Resh Oz - Rt+M20 -) NR R++M20-) Cag05フな0ー>HCgMg O。 t O aem acrd Basor ans hum uns wac Ha sung neura facm smng +. 3 Fit to page D Page view Hydrolysis and Buffers Virtual Lab Using either the Chrome or Firefox browser, go to http://chemcollective.org/vlab/99 If you didn't watch the instructional video for the previous lab, do it now. The link is ab the simulator. Part 1 Using the Stockroom, place the following solutions onto your lab bench. 1 M ammonium chloride 1 M pyridinium chloride Distilled water 2-250 mL beakers You'll need to do some dilution calculations to figure out how to make 20.0 mL of a 0.10 solution of each of the salts listed. Make each solution using the stock solution and distilled water. If you click on each solution, you can see concentrations of each ion present. Use this information to detern pH and Ka or Kb for each solution. Make an image of your bench before moving to the r. part either by screen capture or by saving the page as pdf under the Print menu for browser. you Go to the File menu and select "New Bench." Using the Stockroom, place the following solutions onto your lab bench. 1 M sodium acetate 1 M sodium hypochlorite 1 M sodium hydrogen carbonate Distilled water 3-250 mL beakers W. hp
Chemistry
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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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We haven't touched base on how to do this. Could someone please help me with net hydrolysis reactions of these salts ? And show steps
Transcribed Image Text:NaHCO3
pymmiame
CH3NH3CI zm
3.13
bion CuSO4 ou
3.75
Fe(NO3)3
waver
1.81
SHOW YOUR CALCULATIONS FOR K, AND K ON A SEPARATE SHEET.
Solution
Hydrolysis Reaction (write the net ionic equation)
NaC2H3O2
NHẠCI
NaF-NA
NaF
NaHCO3
rond
CH3NH3CI
CUSO4
Fe(NO3)3
ex Resh Oz - Rt+M20 -) NR
R++M20-)
Cag05フな0ー>HCgMg O。 t O
aem acrd
Basor
ans hum
uns
wac
Ha sung
neura
facm smng
Transcribed Image Text:+.
3 Fit to page
D Page view
Hydrolysis and Buffers Virtual Lab
Using either the Chrome or Firefox browser, go to http://chemcollective.org/vlab/99
If you didn't watch the instructional video for the previous lab, do it now. The link is ab
the simulator.
Part 1
Using the Stockroom, place the following solutions onto your lab bench.
1 M ammonium chloride
1 M pyridinium chloride
Distilled water
2-250 mL beakers
You'll need to do some dilution calculations to figure out how to make 20.0 mL of a 0.10
solution of each of the salts listed.
Make each solution using the stock solution and distilled water. If you click on each
solution, you can see concentrations of each ion present. Use this information to detern
pH and Ka or Kb for each solution. Make an image of your bench before moving to the r.
part either by screen capture or by saving the page as pdf under the Print menu for
browser.
you
Go to the File menu and select "New Bench."
Using the Stockroom, place the following solutions onto your lab bench.
1 M sodium acetate
1 M sodium hypochlorite
1 M sodium hydrogen carbonate
Distilled water
3-250 mL beakers
W.
hp
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