6. The graph below shows the heating curve for ethanol (from?200C to 150C). Calculate the amount of heat (kJ) required for eachsegment A-E for 2.00 mole of ethanol. Show all your work for fullcredit.

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6. The graph below shows the heating curve for ethanol (from -200 °C to 150 °C). Calculate the amount of heat (kJ) required for each segment A-E for 2.00 mole of ethanol. Show all your work for full credit. Equations: q = MCSAT q = nΔΗ Temperature (degrees C) 200 150 100 50 0 0 200 -50 -100 melting B -150 A solid -200 -250 Data set for ethanol Melting point Boiling point AHfus Hvap CS, solid Cs, liquid Cs, gas Heating curve for Ethanol 400 - 114.1 °C 78.4 °C 4.9 kJ/mol 38.6 kJ/mol 111.5 J/mol k fiquid 600 112.4 J/mol.k 87.5 J/mol.k vaporization D gas E 800 1000 1200 1400 1600 Heat absorbed by 1 g of Ethanol (J) 6. The graph below shows the heating curve for ethanol (from -200 °C to 150 °C). Calculate the amount of heat (kJ) required for each segment A-E for 2.00 mole of ethanol. Show all your work for full credit. Equations: q = MCSAT q = nΔΗ Temperature (degrees C) 200 150 100 50 0 0 200 -50 -100 melting B -150 A solid -200 -250 Data set for ethanol Melting point Boiling point AHfus Hvap CS, solid Cs, liquid Cs, gas Heating curve for Ethanol 400 - 114.1 °C 78.4 °C 4.9 kJ/mol 38.6 kJ/mol 111.5 J/mol k fiquid 600 112.4 J/mol.k 87.5 J/mol.k vaporization D gas E 800 1000 1200 1400 1600 Heat absorbed by 1 g of Ethanol (J)

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Answer For segment A AT 1141C 200 C 859C 859K n 200mol Cs... View the full answer