A solution is prepared by adding 1.43 mol of kcl to 889 g of water. the concentration of kcl is molal. a solution is prepared by adding 1.43 mol of kcl to 889 g of water. the concentration of kcl is molal. 1.27 × 103 1.61 1.61 × 10-3 0.622 622

A solution is prepared by adding 1.43 mol of potassium chloride (kcl) to 889 g of water. The concentration of kcl is 1.61 molal.
mol of Kcl (potassium chloride)= 1.43
water = 889 g
the formula for calculating molality is:
molality = moles of solute/kilograms of solvent
1kg = 1000g so, 889g = 0.889kg

m = 1.43/0.889 = 1.61 molal

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A solution is prepared by adding 1.43 mol of kcl to 889 g of water. the concentration of kcl is ________ molal. a solution is prepared by adding 1.43 mol of kcl to 889 g of water. the concentration of kcl is ________ molal. 1.27 × 103 1.61 1.61 × 10-3 0.622 622

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A solution is prepared by adding 1.43 mol of kcl to 889 g of water. the concentration of kcl is molal. a solution is prepared by adding 1.43 mol of kcl to 889 g of water. the concentration of kcl is molal. 1.27 × 103 1.61 1.61 × 10-3 0.622 622