hase-group.ttu.eduhase-group.ttu.edu/teaching/2017fall/2017-hw2.solution.pdf3.25 the...

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Page 1: hase-group.ttu.eduhase-group.ttu.edu/teaching/2017Fall/2017-HW2.solution.pdf3.25 The constant-pressure molar heat capacity of nitrogen is given by the expression = 27.0+5.90 x lo-3T
Page 2: hase-group.ttu.eduhase-group.ttu.edu/teaching/2017Fall/2017-HW2.solution.pdf3.25 The constant-pressure molar heat capacity of nitrogen is given by the expression = 27.0+5.90 x lo-3T
Page 3: hase-group.ttu.eduhase-group.ttu.edu/teaching/2017Fall/2017-HW2.solution.pdf3.25 The constant-pressure molar heat capacity of nitrogen is given by the expression = 27.0+5.90 x lo-3T
Page 4: hase-group.ttu.eduhase-group.ttu.edu/teaching/2017Fall/2017-HW2.solution.pdf3.25 The constant-pressure molar heat capacity of nitrogen is given by the expression = 27.0+5.90 x lo-3T
Page 5: hase-group.ttu.eduhase-group.ttu.edu/teaching/2017Fall/2017-HW2.solution.pdf3.25 The constant-pressure molar heat capacity of nitrogen is given by the expression = 27.0+5.90 x lo-3T
Page 6: hase-group.ttu.eduhase-group.ttu.edu/teaching/2017Fall/2017-HW2.solution.pdf3.25 The constant-pressure molar heat capacity of nitrogen is given by the expression = 27.0+5.90 x lo-3T