PART 4 – Controlling the Concentration Press Reset then Select CuSO4. Add enough to create a .5 Molar Solution in the ½ liter of water originally in the beaker. Create a 0.5 M solution using the copper(II) sulfate dropper. Then drain the solution, so that there is 0.5 L of this solution. If you were to now add water up to the 1L mark, what would the concentration of the solution be? Predict the concentration if the solution is diluted to a volume of 1 liter. Show the calculation of this concentration, include units in all your work.
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Chemistry, 21.06.2019 16:00
What is lincoln's purpose in writing this speech? question 1 options: to stress the difficulties of war to honor those who died in the war to call for an end to the war to call the country to join a new war
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Chemistry, 22.06.2019 02:00
Write a hypothesis that answers the lesson question, “while observing a chemical reaction, how can you tell which reactant is limiting? ” hypothesis: if a substance is the limiting reactant, then . . because . .
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Chemistry, 22.06.2019 04:40
Silver tarnishes as silver metal reacts with hydrogen sulfide, h2s, in the air. in this reaction, dark silver sulfide, au2s, covers the surface of silver. when silver is polished, this coating of silver sulfide can be removed from the surface. this makes the silver shiny again. enter the coefficients that balance the tarnishing reaction equation. (type 1 for no coefficient.)
Answers: 2
PART 4 – Controlling the Concentration Press Reset then Select CuSO4. Add enough to create a .5 Mola...
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