A stock solution has a concentration of 12.4 M. What volume of stock solution would be needed to make 7.6 L of solution with a concentration of 4.4 M?
Which substance is an example of a nonpolar compound?
Which statement is the best explanation for the graph?
1. As temperature rises, the space between liquid particles decreases, leaving less room for gas particles.
2. As temperature rises, the space between liquid particles increases, allowing more room for gas particles.
3. As temperature rises, gas particles are moving faster and are more likely to enter the solution.
4. As temperature rises, gas particles are moving faster and may leave the solution.
After which action would the concentration of a solution remain constant?
evaporating water from the container
evaporating water from the container
adding water to the solution
adding water to the solution
adding solute to the solution
adding solute to the solution
removing solution from the container
removing solution from the container
4 answers
mLa x Ma = mLb x Mb
mLa x 12.4M = 7,600 mL x 4.4M
Solve for mLa (the stock solutioin), add that volume to a flask, add diltilled water to make a final volume of 7,600 mL, mix thoroughly, label.
The remainder of the post makes no sense. I don't see a graph either.
2.70 L
Vegetable oil
As temperature rises, gas particles are moving faster and may leave the solution
Evaporating the water from the container
Solutes and Solvents Quick Check answers