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Look at the diagram below of a ten-fold serial dilution. Serial Dilution 9 mL stock solution 1 mL stock solution & 9 mL saline 9 mL saline 9 mL saline 9 ml saline solution 9 ml saline solution solution solution 1 mL D2 solution to D3 1 mL D3 solution to D4 1 mL D4 solution to DS 1 mL D5 solution to waste D1 D5 D2 D3 D4 D6 In this diagram, D1 is the original solution. For a ten-fold serial dilution, first add 9 mL of solvent (eg. Saline) to 5 new tubes marked D2-D6. Take 1 mL of D1 solution, add to tube D2 and mix. Take 1 mL of D2, add to D3, and mix. Take 1 mL of D3, add to D4, and mix. Take 1 mL of D4, add to D5, and mix. Take 1 mL of D5, add to D6, and mix. Problem 2. If tube D1 has 100% concentration, then what is the % concentration of tube D2? tube D3? tube D4? tube D5?

Look at the diagram below of a ten-fold serial dilution. Serial Dilution 9 mL stock solution 1 mL stock solution & 9 mL saline 9 mL saline 9 mL saline 9 ml saline solution 9 ml saline solution solution solution 1 mL D2 solution to D3 1 mL D3 solution to D4 1 mL D4 solution to DS 1 mL D5 solution to waste D1 D5 D2 D3 D4 D6 In this diagram, D1 is the original solution. For a ten-fold serial dilution, first add 9 mL of solvent (eg. Saline) to 5 new tubes marked D2-D6. Take 1 mL of D1 solution, add to tube D2 and mix. Take 1 mL of D2, add to D3, and mix. Take 1 mL of D3, add to D4, and mix. Take 1 mL of D4, add to D5, and mix. Take 1 mL of D5, add to D6, and mix. Problem 2. If tube D1 has 100% concentration, then what is the % concentration of tube D2? tube D3? tube D4? tube D5?

Chemistry for Engineering Students
Chemistry for Engineering Students
4th Edition
ISBN:9781337398909
Author:Lawrence S. Brown, Tom Holme
Publisher:Lawrence S. Brown, Tom Holme
Chapter3: Molecules, Moles, And Chemical Equations
Section: Chapter Questions
Problem 3.66PAE
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Look at the diagram below of a ten-fold serial dilution. Serial Dilution 1 mL stock 9 mL stock solution & 9 ml saline 9 mL saline 9 mL saline 9 mL saline 9 mL saline solution solution solution solution solution 1 mL D2 solution to D3 1 mL D3 solution to D4 1 mL D4 solution to D5 1 mL D5 solution to waste D1 D2 D3 D4 D5 D6 In this diagram, D1 is the original solution. For a ten-fold serial dilution, first add 9 mL of solvent (eg. Saline) to 5 new tubes marked D2-D6. Take 1 mL of D1 solution, add to tube D2 and mix. Take 1 mL of D2, add to D3, and mix. Take 1 mL of D3, add to D4, and mix. Take 1 mL of D4, add to D5, and mix. Take 1 mL of D5, add to D6, and mix. Problem 2. If tube D1 has 100% concentration, then what is the % concentration of tube D2? tube D3? tube D4? tube D5?
Transcribed Image Text:Look at the diagram below of a ten-fold serial dilution. Serial Dilution 1 mL stock 9 mL stock solution & 9 ml saline 9 mL saline 9 mL saline 9 mL saline 9 mL saline solution solution solution solution solution 1 mL D2 solution to D3 1 mL D3 solution to D4 1 mL D4 solution to D5 1 mL D5 solution to waste D1 D2 D3 D4 D5 D6 In this diagram, D1 is the original solution. For a ten-fold serial dilution, first add 9 mL of solvent (eg. Saline) to 5 new tubes marked D2-D6. Take 1 mL of D1 solution, add to tube D2 and mix. Take 1 mL of D2, add to D3, and mix. Take 1 mL of D3, add to D4, and mix. Take 1 mL of D4, add to D5, and mix. Take 1 mL of D5, add to D6, and mix. Problem 2. If tube D1 has 100% concentration, then what is the % concentration of tube D2? tube D3? tube D4? tube D5?
1 ml 1 ml 1 ml 1 ml A B D 1 ml 1 ml 1 ml 1 ml STOCK SOLUTION 9 ml 9 ml 9 ml 9 ml 9 ml =distilled water 1 ml= stock solution 1/10 th dilution 1/100 th 1/1000 th 1/10000 th dilution dilution dilution or .1 or or .0001 or 10-4 www.biologyexams4u.com or .01 or or .001 or 10-1 10-2 10-3 dilution dilution dilution dilution
Transcribed Image Text:1 ml 1 ml 1 ml 1 ml A B D 1 ml 1 ml 1 ml 1 ml STOCK SOLUTION 9 ml 9 ml 9 ml 9 ml 9 ml =distilled water 1 ml= stock solution 1/10 th dilution 1/100 th 1/1000 th 1/10000 th dilution dilution dilution or .1 or or .0001 or 10-4 www.biologyexams4u.com or .01 or or .001 or 10-1 10-2 10-3 dilution dilution dilution dilution
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