I add 2.0 moles of Na+Cl- to 1 liter of water. What is the Molarity of the solution I have created? (The unit for molarity is "M") A. 2 M B. 1/2 M C. 2.1 M D.4 M
As we know
Molarity of a solution is - moles of solute per litre of solution,
thus Molarity = 2 moles of Nacl/ 1litre of water
which is= 2M
I add 2.0 moles of Na+Cl- to 1 liter of water. What is the Molarity of...
I add 2.0 moles of Na+Cl- to 1 liter of water. How many osmoles are in this solution? A. 2 OSMOLES B. 1/2 OSMOLES C. 2.1 OSMOLES D. 4 OSMOLES
Molarity Help Determine the Molarity (M, moles solute / Liter of solution) of a solution formed when 1.734E6 µg Barium hydroxide is dissolved in water such that the final volume of the solution is 39.56 cL. Determine the Molarity (M, moles solute / Liter of solution) of a solution formed when 1.534 g Cobalt(II) hydrogen sulfate is dissolved in water such that the final volume of the solution is 375.6 mL. Determine the Molarity (M, moles solute / Liter of...
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Find the molarity of the following solutions: Molarity = mole/Liters 1 liter - 1000 ml 1) 2.5 moles of NaCl is dissolved to make 0.050 liters of solution 2) 3.0 moles of AgCl is dissolved in enough water to make a 2.0 liter solution 3) 4.2 moles of lithium fluoride are dissolved in 2 liters of solution. 4) 18 grams of hydrochloric acid, HCl is dissolved to make 1 liter of solution.
Sea water contains about 28.0g of NaCl per liter, what is the molarity? What is the molarity of 5.30g of Na2CO, dissolved in 400.0mL solution? How many moles of Na,Co, are in 10.0L of a 2.00M solution?
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Find the molarity of the following solutions: Molarity - mole/Liters 1 liter = 1000 ml pter 1) 2.5 moles of NaCl is dissolved to make 0.050 liters of solution. 2) 3.0 moles of AgCl is dissolved in enough water to make a 2.0 liter solution 3) 4.2 moles of lithium fluoride are dissolved in 2 liters of solution. 4) 18 grams of hydrochloric acid, HCl is dissolved to make 1 liter of solution. Stoichiometry 1. 2Na+2H,0 ® 2NaOH+H, a). How...
Chemists often use molarity M, in moles/liter, to measure the concentration of solutions. Molarity is a common unit of concentration because the volume of a liquid is very easy to measure. However, the drawback of using molarity is that volume is a temperature-dependent quantity. As temperature changes, density changes, which affects volume. Volume markings for most laboratory glassware are calibrated for room temperature, about 20∘C. A 2.500×10−2M solution of NaCl in water is at 20.0∘C. The sample was created by...
the analysis of a sample of ground water shows 44.9g/liter of Na+,6.6g/liter of Ca+,81.9g/liter of Cl-,and 1.0g/liter of SO4 2-. No other ions are present in appreciable amounts except H+ or OH-.Is the solution acid or alkaline ,in the chemical sense?Approximately what is its pH?
Chemists often use molarity MM, in moles/litermoles/liter, to measure the concentration of solutions. Molarity is a common unit of concentration because the volume of a liquid is very easy to measure. However, the drawback of using molarity is that volume is a temperature-dependent quantity. As temperature changes, density changes, which affects volume. Volume markings for most laboratory glassware are calibrated for room temperature, about 20∘C∘C. Fortunately, there are several other ways of expressing concentration that do not involve volume and...