1. Oxygen (M = 32 ∙ 10-3 kg / mol) under pressure

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Uploaded: 11.08.2014
Content: fiz031_01.doc (81 kB)

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1. Oxygen (M = 32 ∙ 10-3 kg / mol) under pressure p1 = 0,5 MPa at a temperature of T1 = 350 K, is first subjected to adiabatic expansion of the volume V1 = volume of 1 liter to V2 = 2 l, and then the isobaric expansion, which resulted in increased volume of gas from the volume V2 to V3 = volume of 3 liters. Determine for each of these processes: 1) A work of a perfect gas; 2) a change in its internal energy ΔU 3) the amount of gas supplied to the heat Q.

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Detailed solution. Decorated in Microsoft Word 2003. (Target decided to use formula editor)

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