1. Muriatic solution is prepared by dissolving 44.6 g of acetone (OC(CH.),) in water to produce 1.50 L of solution. What is the molarity of the resulting solution? a) 0.512 M b) 0.893 M c) 0.433 M d) 0.555 M 2. Inside the laboratory experiment, the teacher prepares 0.025 M H,SO,. How many ml of 1.10 M H,SO,should be diluted in water to prepare 0.500 L of 0.025 M H,So..? a) 12.6 ml b) 10.8 ml c) 11.4 ml d) 10.5 ml

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1. Muriatic solution is prepared by dissolving 44.6 g of acetone (OC(CH.),) in water to
produce 1.50 L of solution. What is the molarity of the resulting solution?
a) 0.512 M b) 0.893 M c) 0.433 M d) 0.555 M
2. Inside the laboratory experiment, the teacher prepares 0.025 M H,SO,. How many ml
of
1.10 M H,SO,should be diluted in water to prepare 0.500 L of 0.025 M H,So..?
a) 12.6 ml b) 10.8 ml
c) 11.4 ml
d) 10.5 ml
Transcribed Image Text:1. Muriatic solution is prepared by dissolving 44.6 g of acetone (OC(CH.),) in water to produce 1.50 L of solution. What is the molarity of the resulting solution? a) 0.512 M b) 0.893 M c) 0.433 M d) 0.555 M 2. Inside the laboratory experiment, the teacher prepares 0.025 M H,SO,. How many ml of 1.10 M H,SO,should be diluted in water to prepare 0.500 L of 0.025 M H,So..? a) 12.6 ml b) 10.8 ml c) 11.4 ml d) 10.5 ml
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