II. Report how to make 100. mL of 0. 1M sodium chloride from solid sodium chloride.

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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could you help out with any of these? especially the calculation related ones? I need to study and I have no clue as to these.
I.
Report how to produce a solution from pure components.
Ferst determine the anmount of even
Solute needed, add the appropriate amotint
8 Souent, and mi the soution fuelyg
II.
Report how to make 100.mL of 0.1M sodium chloride from solid sodium chloride.
III.
Report how to produce a solution from aqueous components.
IV.
Report how to make 500.mL of 25MM potassium nitrate using 0.5M potassium nitrate.
v.
Report how to make a 250.mL of 50uM sodium acetate and 0.01u EDTA using solid sodium
acetate and 10pM EDTA.
Transcribed Image Text:I. Report how to produce a solution from pure components. Ferst determine the anmount of even Solute needed, add the appropriate amotint 8 Souent, and mi the soution fuelyg II. Report how to make 100.mL of 0.1M sodium chloride from solid sodium chloride. III. Report how to produce a solution from aqueous components. IV. Report how to make 500.mL of 25MM potassium nitrate using 0.5M potassium nitrate. v. Report how to make a 250.mL of 50uM sodium acetate and 0.01u EDTA using solid sodium acetate and 10pM EDTA.
Biochemistry I Laboratory
NAME
(3)
Report how to make 1.0L of an 0.25M, pH = 5.2 acetate buffer using glacial acetic
acid and sodium acetate. Assume the K. for the dissociation of acetic acid is
1.738x10-5.
VII.
CH,COOH (aq) - H'(aq) + CH,COO"(aq)
CH2COOMCG9)- H* Caq)+ CM 3 CO0-ca9)
SOLUTION PREPARATION
DETERMINING THE PH
ADJUSTING THE PH
COMPLETING THE BUFFER PREPARATION
Transcribed Image Text:Biochemistry I Laboratory NAME (3) Report how to make 1.0L of an 0.25M, pH = 5.2 acetate buffer using glacial acetic acid and sodium acetate. Assume the K. for the dissociation of acetic acid is 1.738x10-5. VII. CH,COOH (aq) - H'(aq) + CH,COO"(aq) CH2COOMCG9)- H* Caq)+ CM 3 CO0-ca9) SOLUTION PREPARATION DETERMINING THE PH ADJUSTING THE PH COMPLETING THE BUFFER PREPARATION
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