4. The Molarity of concentrated HCI purchased in the laboratory is approximately 12.1 M. How many ml of this reagent should be diluted to 2L to make 0.1 M?

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4. The Molarity of concentrated HCI purchased in the laboratory is approximately 12.1 M. How many ml of this
reagent should be diluted to 2L to make 0.1 M?
5. 52.5 ml of 1.61 M sodium hydroxide is added to 99.2 ml of acetic acid, and the resulting solution is found to
be basic. It required 10.8 ml of 1.45 M sulfuric acid to reach neutrality. What is the molarity of the original
acetic acid solution?
Transcribed Image Text:4. The Molarity of concentrated HCI purchased in the laboratory is approximately 12.1 M. How many ml of this reagent should be diluted to 2L to make 0.1 M? 5. 52.5 ml of 1.61 M sodium hydroxide is added to 99.2 ml of acetic acid, and the resulting solution is found to be basic. It required 10.8 ml of 1.45 M sulfuric acid to reach neutrality. What is the molarity of the original acetic acid solution?
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