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At 298 K and 1.00 atm, assume that 22 mL of NO gas reacts with 16...

At 298 K and 1.00 atm, assume that 22 mL of NO gas reacts with 16 mL of oxygen gas and excess water to produce gaseous nitric acid according to the following equation:

2 N O ( g ) + 3/2 O 2 ( g )+  H 2 O ( l )=    2 H N O 3 ( g ) .

If all of the nitric acid produced by this reaction is collected and then dissolved into 25 mL of water, what would be the pH of the resulting solution? (Hint: before you begin, think about which reactant is the limiting reagent.)

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Answer #1

RT No.of melo).c千Noln) = TX-2WC -o-9 x1o3 Oo82) x 298 No.of melesofo, -TXT6x163.-- 0.654x63 2 HNO Lo 3 0:654x2 = o. 436x103 a3 .3 TCe volume of 25mL mol an -0. 872X1 1000 2 5

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