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Current Attempt in Progress A flask contains of 3.83 liters of liquid methanol at 27.3 C and 1 atm. Use the following data to calculate
Current Attempt in Progress A flask contains of 3.83 liters of liquid methanol at 27.3 C and 1 atm. Use the following data to calculate the total heat required to bring the methanol to the vapor state at 104.2C and 1 atm. Heat Capacity of Liquid Methanol (T-0C to 65C) C,(kJ/(mol-K)) = 75.86 x 10-3 + 16.83 x 10-T (with Tin C) Heat of Vaporization at 64.7 A, - 35.27 kJ/mol V "C Heat Capacity of Methanol Vapor (T-0C to 700C) C(kJ/(mol-K)) Tin C) = 42.93 x 10-3 + 8.301 x 10-5T -1.87 x 10-8 -8.03 x 10-12 T3 (with Physical Property Tables Q= i ku
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