Ethanol is produced by the following reaction at atmospheric pressure: c2h4 (g) + h2o(g) = c2h5oh (1) the reactants enter the reactor at 250°c as an equimolar mixture (1 mol of each reactant), and liquid ethanol leaves the reactor at 332.8 k. how much heat needs to be removed from the reactor per mol of ethanol formed, if the reaction goes to completion? give your answer as a positive value, in kj to 1 decimal place. data given: enthalpy change for reactants from 523.15 k to 298.15 k = -20051) heats for formation for c2h4 (g), h20 (g) and c2h5oh (1) are 52510, -241,818 and -277,690 j/mol respectively. take r = 8.314j/mol-k. for ethanol, a, b and care 3.518, 0.02001 and -6.002 x 10 6 respectively in the following function: = a + bt + ct2