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Suppose 0.35 mol of neon gas undergoes an isobaric process from an initial state Pi = 101kPa, 101kPa, Vf = 11.52L. Determine the change in the internal V₂ = 8.64L to a final state Pf = energy. For neon Cp = 18.8- J mol-K

Suppose 0.35 mol of neon gas undergoes an isobaric process from an initial state Pi = 101kPa, 101kPa, Vf = 11.52L. Determine the change in the internal V₂ = 8.64L to a final state Pf = energy. For neon Cp = 18.8- J mol-K

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Suppose 0.35 mol of neon gas undergoes an isobaric process from an initial state P; = 101kPa, Vi = 8.64L to a final state Pf = 11.52L. Determine the change in the internal energy. For neon Cp J mol-K = 18.8 101kPa, Vf =
Transcribed Image Text:Suppose 0.35 mol of neon gas undergoes an isobaric process from an initial state P; = 101kPa, Vi = 8.64L to a final state Pf = 11.52L. Determine the change in the internal energy. For neon Cp J mol-K = 18.8 101kPa, Vf =
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