Calculate the final percent concentration of the erythrocytes in each well: (NaCl, CaCl2, MgCl2) each solution has a concentration of 0.25M erythrocyte suspension solution (1mL of erythrocyte solution containing 10% washed red blood cells.) 135 microliters of each solution were added to individual wells + 15uL of the erythrocyte solution ex: Well #1= 135uL of (0.25M CaCl2 + 15uL erythrocyte sol.) B. What would be the final concentration of a well with 135uL (0.125M NaCl) + 15 uL erythrocyte solution?
Calculate the final percent concentration of the erythrocytes in each well: (NaCl, CaCl2, MgCl2) each solution has a concentration of 0.25M erythrocyte suspension solution (1mL of erythrocyte solution containing 10% washed red blood cells.) 135 microliters of each solution were added to individual wells + 15uL of the erythrocyte solution ex: Well #1= 135uL of (0.25M CaCl2 + 15uL erythrocyte sol.) B. What would be the final concentration of a well with 135uL (0.125M NaCl) + 15 uL erythrocyte solution?
Chapter7: Solutions And Colloids
Section: Chapter Questions
Problem 7.107E
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A. Calculate the final percent concentration of the erythrocytes in each well:
(NaCl, CaCl2, MgCl2) each solution has a concentration of 0.25M
erythrocyte suspension solution (1mL of erythrocyte solution containing 10% washed red blood cells.)
135 microliters of each solution were added to individual wells + 15uL of the erythrocyte solution
ex: Well #1= 135uL of (0.25M CaCl2 + 15uL erythrocyte sol.)
B. What would be the final concentration of a well with 135uL (0.125M NaCl) + 15 uL erythrocyte solution?
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