Jenny Wu

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21. Your professor asks you to make a serial dilution using our Blue Food Dye and ten microcentrifuge tubes. Assume there are 7.27 x $10^{10}$ Blue dye molecules per Milliliter in our Blue Food Dye stock. A. Make a diagram showing how you would set up the serial dilution I B. Make a table giving the 1) Concentration of Blue dye particles in each Dilution Tube and 2) the Total Number of Blue dye particles in each Dilution Tube after you have made this Dilution Series (Show all Work and use correct Scientific Notation).

          21. Your professor asks you to make a serial dilution using our Blue Food Dye and ten
microcentrifuge tubes. Assume there are 7.27 x $10^{10}$ Blue dye molecules per Milliliter
in our Blue Food Dye stock.
A. Make a diagram showing how you would set up the serial dilution
I
B. Make a table giving the 1) Concentration of Blue dye particles in each Dilution
Tube and 2) the Total Number of Blue dye particles in each Dilution Tube after
you have made this Dilution Series (Show all Work and use correct Scientific
Notation).

Show more…

21. Your professor asks you to make a serial dilution using our Blue Food Dye and ten
microcentrifuge tubes. Assume there are 7.27 x 10^10 Blue dye molecules per Milliliter
in our Blue Food Dye stock.
A. Make a diagram showing how you would set up the serial dilution
I
B. Make a table giving the 1) Concentration of Blue dye particles in each Dilution
Tube and 2) the Total Number of Blue dye particles in each Dilution Tube after
you have made this Dilution Series (Show all Work and use correct Scientific
Notation).

Added by Alba R.

Biology for AP Courses

Julianne Zedalis, John Eggebrecht

Instant Answer

Solved by Expert Jenny Wu

10/21/2023

Step 1

Given that there are 7.27 x 10^10 Blue dye molecules per milliliter in the stock solution, this means the concentration is 7.27 x 10^10 molecules/mL. Show more…

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Your professor asks you to make a serial dilution using our Blue Food Dye and ten microcentrifuge tubes. Assume there are 7.27 imes 10^(10) Blue dye molecules per Milliliter in our Blue Food Dye stock. A. Make a diagram showing how you would set up the serial dilution B. Make a table giving the 1) Concentration of Blue dye particles in each Dilution Tube and 2) the Total Number of Blue dye particles in each Dilution Tube after you have made this Dilution Series (Show all Work and use correct Scientific Notation). 21.Your professor asks you to make a serial dilution using our Blue Food Dye and ten microcentrifuge tubes. Assume there are 7.27 x 101 Blue dye molecules per Milliliter in our Blue Food Dye stock. A. Make a diagram showing how you would set up the serial dilution 4 B. Make a table giving the 1) Concentration of Blue dye particles in each Dilution Tube and 2 the Total Number of Blue dye particles in each Dilution Tube after you have made this Dilution Series (Show all Work and use correct Scientific Notation).

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