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a. To make a 1 Liter of 1x Buffer, measure final volume b. To make 1 Liter of 1x Buffer, measure mL. This is a 1: mL of 10x stock and add mL. This is a 1: 10 Dilution (10 TOTAL PARTS). mL of 20x stock and add final volume c. To make 0.5 Liter of 1x Buffer, measure mL. This is a 1: final volume d. To make 200 milliliters make the final volume Dilution. mL of 2x stock and add Dilution. of 1x Buffer, measure mL. This is a 1: mL of 5x stock and add Dilution. mL water to make the mL water to make the mL water to make the mL water to

a. To make a 1 Liter of 1x Buffer, measure final volume b. To make 1 Liter of 1x Buffer, measure mL. This is a 1: mL of 10x stock and add mL. This is a 1: 10 Dilution (10 TOTAL PARTS). mL of 20x stock and add final volume c. To make 0.5 Liter of 1x Buffer, measure mL. This is a 1: final volume d. To make 200 milliliters make the final volume Dilution. mL of 2x stock and add Dilution. of 1x Buffer, measure mL. This is a 1: mL of 5x stock and add Dilution. mL water to make the mL water to make the mL water to make the mL water to

Chemistry
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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a. To make a 1 Liter of 1x Buffer, measure final volume b. To make 1 Liter of 1x Buffer, measure final volume mL. This is a 1: c. To make 0.5 Liter of 1x Buffer, measure final volume mL. This is a 1: d. To make 200 milliliters of 1x Buffer, measure make the final volume mL. This is a 1: mL of 10x stock and add mL. This is a 1: 10 Dilution (10 TOTAL PARTS). mL of 20x stock and add Dilution. mL of 2x stock and add Dilution. mL of 5x stock and add Dilution. mL water to make the mL water to make the mL water to make the mL water to
Transcribed Image Text:a. To make a 1 Liter of 1x Buffer, measure final volume b. To make 1 Liter of 1x Buffer, measure final volume mL. This is a 1: c. To make 0.5 Liter of 1x Buffer, measure final volume mL. This is a 1: d. To make 200 milliliters of 1x Buffer, measure make the final volume mL. This is a 1: mL of 10x stock and add mL. This is a 1: 10 Dilution (10 TOTAL PARTS). mL of 20x stock and add Dilution. mL of 2x stock and add Dilution. mL of 5x stock and add Dilution. mL water to make the mL water to make the mL water to make the mL water to
Expert Solution
Step 1

Dilution formula: CoVo = CdilVdil

Where,

Co = Concentration of stock solution

Vo = Volume of stock solution

Cdil = Concentration of dilute solution

Vdil = Volume of dilute solution

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