Editing 2021-2022 CP Overview Of Solutions
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<center>CP Overview of Solutions</center><br> <br> <u>Three Overarching Principle</u><br> <br> 1) Like dissolves Like - <br> *polar solvent dissolve polar solute & ionic solute<br> *non-polar solvents dissolve non-polar solute<br> 2) Base particles of solute particles goes in empty space between base particles of solvent particles.<br> <br> 3) Solute particles get in way of solvent particles<br> <br> <u>Solution - </u><br> <br> Definition:<br> <br> Solute - <br> <br> Solvent - <br> <br> <br> <u> Making a consistent solution (Concentration)</u><br> <br> Name of Concentration terms: Molarity (M), molality (m), mass percent, mole percent, ppm<br> <br> Molarity: equation: <br> <br> <br> Calculating Molarity (M) of a solution <br> *Finding M with mole solute and volume of solution **[[CP Chem329 Finding M with mole solute and volume of solution - Example of work]] **HW: [[CP Molarity Problem HW Set1]] *Finding M with grams solute and volume of solution<br> **[[CP Chem329 Finding M with grams solute and volume of solution - Example of work]]<br> **[[CP Molarity Problem HW Set2]] <br> Calculating mass of solute to get a Molarity of a known volume solution<br> **[http://www.tmcleod.org/Level1/201314Chem328MolarityExample.pdf Example of Molarity Calculation] **[[CP Molarity Problem HW Set3]] <br> <br> --------<br> <center>2021-2022 CP Chem329 Students do not below</center><br> <br> <u><b>Lab</b></u><br> [[Making the Bestest Sugared Drink]] <br> <br> <br> <br> <u>When you JUST add solute into a solvent to make a solution</u><br> <br> 1) Unsaturated solution - <br> <br> 2) Saturated solution - <br> <br> 3) Saturated solution with undissolved solute in bottom of container (or top)<br> <br>
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