my id is 90886. Please answer by finding values for gibbs free energy, entalpy and entropy online. They are not given in question but numerical answer should be found.

Determine the maximum possible conversion for a given reactions at the conditions determined by your ID number as described below: - Reaction \#1 (If the last digit of your ID is 1): Methane partial oxygenation to methanol - Reaction \#2 (If the last digit of your ID is 2): Ethane partial oxygenation to ethanol - Reaction 33 (If the last digit of your ID is 3): Reverse Water Gas Shift reaction - Reaction \#4 (If the last digit of your ID is 4): Carbondioxide hydrogenation to methanol - Reaction \#5 (If the last digit of your ID is 5): Conversion of 1,2-propanediol to hydroxyacetone - Reaction \#6 (If the last digit of your ID is 6): - Reaction \# 7 (If the last digit of your ID is 7 ): - Reaction 8 (If the last digit of your ID is 8 ): - Reaction \#9 (If the last digit of your ID is 9): - Reaction "1o (If the last diait of uour ID is o): For your calculations, please use the following guideline for determining which reaction that you are going to work on and at what condition that you are going to calculate the maximum conversion: Let's say your ID is 0012345 (in the form of ooabcde), According to this ID, your assignment is Reaction #5 as your ID ends with 5 (\#e) and the temperature and pressure assigned for you are 345C(cde, in C ) and 123450psi ( 10abcde, in psi), respectively. You can assume the reactions occur in the gas-phase. Please list any other assumptions you make, show your calculations, discuss your results, and cite your references, if any. Please also discuss how would you change the reaction conditions to improve the conversion and what would be limits