Unformatted text preview: d. Calculate (using table 2.2 in the book) the energy release for the reaction 2O 2 +4CH 4 → 4H 2 O+2C 2 H 4 and determine if this reaction will occur spontaneously. e. Calculate the energy release of the above reaction if you further allow C 2 H 4 to polymerise. f. How much water (in kg) and Ethylene (in kg) do you produce in the above reaction if you consume 1 mol of Methane. g. What will be the length of a single polyethylene chain produced by 1 mol of Methane? Energies should be given in J, kJ/mol, kcal/mol, and eV. Niels Grønbech Jensen DEPARTMENT OF CHEMICAL ENGINEERING AND MATERIALS SCIENCE | UNIVERSITY OF CALIFORNIA | DAVIS, CALIFORNIA 95616 TEL: 530.752.5335...
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- Fall '11
- Chemical bond, Hafnium, Niels Grønbech Jensen, relevant ionic radii