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52) An aqueous solution is made with 72.5 g KNO3 diluted to the total volume of 2.00 L. Calculate the molarity of the solution )Assume
52) An aqueous solution is made with 72.5 g KNO3 diluted to the total volume of 2.00 L. Calculate the molarity of the solution )Assume the solution density = 1.05 g ml^-01)
a) .341m
b) .354 m
c) .708 m
d) .682 m
e) .359 m
51) An aqueous solution is made with 72.5 g KNO3 diluted to a total volume of 2.00L Calculate th molarity of the solution. (Assume the solution density = 1.05 g ml^-1)
a) .342 mol L^-1
b) 1.09 mol L^-1
c) .546 mol L^-1
d) .359 mol L^--1
e) .717 mol L^-1
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