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[DOCX File]Molarity Practice Worksheet
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1 liter = 1000 . mls. 2.5 moles of sodium chloride is dissolved. to make 0.050 liters of solution. 3.0 moles of silver chloride is dissolved in . enough water to make a 2.0 liter solution. 0.60 moles of potassium nitrate is dissolved. In 300 milliliters of solution.
mol to l

[DOC File]Molarity Practice Worksheet
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Molarity Practice Worksheet. Find the molarity of the following solutions: 1) 0.5 moles of sodium chloride is dissolved to make 0.05 liters of solution.
moles to molar

Molarity - Quia
molar concentration or molarity, M, of a solution is used to indicate the number of moles of solute per liter of solution: The molarity of a solution is often used as a conversion factor between moles of solute and volume of solution: it is a “molar density”. Interpreting molar solutions:
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[DOC File]Molarity Worksheet #1
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A rabbit pours 500.00 mL of a 3.0000 molar solution of sodium hydroxide into a 2.000 liter volumetric flask and fills the flask up with water. What is the new molarity of the solution? 0.50000 L soln x 3.0000 mol NaOH = 1.5000 mol NaOH
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[DOC File]Assignment 6: Ideal Gas Law
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Calculate its molar mass. 128. At STP 0.250 liter of an unknown gas has a mass of 1.00 gram. Calculate its molar mass. 129. At STP 150.0 mL of an unknown gas has a mass of 0.250 gram. Calculate its molar mass. 130. 1.089 g of a gas occupies 4.50 L at 20.5 oC and 0.890 atm. What is its molar mass? 131. 0.190 g of a gas occupies 250.0 mL at STP.
mol per liter

[DOC File]CHEMISTRY WORKSHEET # 2 MOLE PROBLEMS—THE MOLE …
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Molar mass tells us the mass (“weight”) of 1 mol ofan atom or compound. In each case . we simply calculate the sum of the “weights” of the atoms in the formula to determine the weight of a mole. These weights can be found on the periodic table. EXAMPLE: Calculate the molar mass (gram molecular weight) of a mole of iodine, I2.
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[DOC File]Molarity Notes – H
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Example 1: Molar mass of salt (NaCl) is 58.5 g/mol, so if you dissolve 58.5g of salt in enough water to make 1.00 liter of solution, you have one mole of solute dissolved per liter of solution. The concentration of this solution is one molar (1.00 mol/L or 1.00M)
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[DOC File]Chapter 1 - Solutions
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Assume 1 liter of gas. Then the mass of gas is 1.33 g. To find the moles of gas we can use the ideal gas law. 764. mm Hg = 1.0053 atm. 150. (C = 423.2 K. n = pV = (1.0053 atm)(1.000 L) = 0.02895 mol. RT (0.08206 L.atm/mol.K)(423.2 K) M = m/n = (1.33 g/0.02895 mol) = 45.9 g/mol. O3 = 48.0 g/mol. NO2 = 46.0 g/mol. N2O = 44.0 g/mol
g mol to mol l

Molar to liter