BRANDY E.

asked • 03/15/21

Given: P1: 4.2162 atm, P2: 5.7166 atm, V2: 53.914L, T1: 681.53K, T2: 891.28K , Wanted: liters of CH4

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Sidney P. answered • 03/17/21

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From ideal gas law, P1 V1 /(P2 V2) = n R T1 /(n R T2), yielding V1 = P2 V2 T1 /(P1 T2),

V1 = (5.7166)(53.914)(681.53) / [(4.2162)(891.28)] = 55.897

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BRANDY E.

Thank you! Can you help me with this question? Given: O3, T2: 934.26K, V1: 1.343L. V2: 7.707 L. Wanted kelvins?
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03/17/21

Sidney P.

Apparently P is constant, so T1 = V1*T2/V2 = (1.343)(934.26)/(7.707) = 162.8 K
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03/17/21

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