2 Matching Annotations
  1. Nov 2020
  2. Oct 2020
    1. Δp=∫3.0L/mol1.0L/mol(−R(400K)V2)dV+∫400, K200K(R1.0L/mol)dT(3.2.18)(3.2.18)Δp=∫1.0L/mol3.0L/mol(−R(400K)V2)dV+∫200K400, K(R1.0L/mol)dT \Delta p = \int_{1.0 \,L/mol}^{3.0 \,L/mol} \left( - \dfrac{R( 400\,K)}{V^2} \right ) dV + \int_{200 \,K}^{400,\ K }\left( \dfrac{R}{1.0 \, L/mol} \right) dT Δp=[R(200K)V]3.0L/mol1.0L/mol+[RT3.0L/mol]400K200K(3.2.19)

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