One mol of co, 1 mol of h20, and 1/2 mol of oxygen are mixed and heated to a temperature of 3600 k at a pressure of 1 atm. assume the products consist of co2, co, o2, o, h2o, oh and h2. you will need to use table g.9 from thermodynamics by black and hartley for part c. of this problem or some other source of kp values such as the charts in your text. a. how many unknowns are there? b. write the atom balances for c, o, and h. c. write expressions for c/o and h/o in terms of the product mol fractions. d. write k, equations involving (in terms of product mol fractions) i. co2, co, and 02 ii. 02 and o iii. h2 and h iv. h2, oh, and h2o e. write an expression for x =1. f. determine the unknown equilibrium product compositions using the equations above. g. explain what would happen to the mol fraction of o2 and co2 if the pressure were raised to 10 atm h. explain what would happen if the temperature were lowered to 2500 k i. compare your results with those from gase use the following matlab code to solve 3. put in your own equations and supply the initial guess values. function eigenvaluesolver % intial guess values x0= [0,0,0,0]; options=optimset('display','iter', 'maxfunevals', 'tolfun',10^-10, 'tolx',10^-10); [result, fval, exitflag]=fsolve (@ (x)eigeneqn( x0, options); result function f=eigeneqn (x) % variables as needed oo oo oo oo % f=[equation 1; equation 2; etc.;