Which of the following is the reason why mg solute/kg solution can be approximately equal to the mg solute/L solution concentrations expressed in ppm? a. At higher concentration, the density of the solution can be approximately equal to density of the solvent b. At very dilute concentration, the density of solution is approximately equal to the density of the solvent c. The mole of solute is still the same where you use mg solute/kg solution or mg solute/L solution d. You cannot approximately equate the two units since the density of the solvent is not equal to the density of the solution
Which of the following is the reason why mg solute/kg solution can be approximately equal to the mg solute/L solution concentrations expressed in ppm? a. At higher concentration, the density of the solution can be approximately equal to density of the solvent b. At very dilute concentration, the density of solution is approximately equal to the density of the solvent c. The mole of solute is still the same where you use mg solute/kg solution or mg solute/L solution d. You cannot approximately equate the two units since the density of the solvent is not equal to the density of the solution
Chapter7: Solutions And Colloids
Section: Chapter Questions
Problem 7.43E
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Which of the following is the reason why mg solute/kg solution can be approximately equal to the mg solute/L solution concentrations expressed in ppm?
a.
At higher concentration, the density of the solution can be approximately equal to density of the solvent
b.
At very dilute concentration, the density of solution is approximately equal to the density of the solvent
c.
The mole of solute is still the same where you use mg solute/kg solution or mg solute/L solution
d.
You cannot approximately equate the two units since the density of the solvent is not equal to the density of the solution
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