#6: What is the instantaneous rate of formation of product C given the following information: Stoichiometric equation A+ B 2C + D b. The applicable kinetic rate equation is rc k*CA*CB The rate constant k is 0.1 liters/(mole-minute) d. The current concentrations of A and B species are CA = 1.5 moles/liter and CB = 0.4 moles/liter a. с.

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Start with the general mass balance relationship  In – Out + Rxn = Accum  and derive a formula that allows you to calculate the value of the first order reaction rate constant, k, given the half-life of a compound.  Use the equation to determine the value of k for carbon tetrachloride (CCl4) given that CCl4 has a half-life of 8,030 days in air.

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A scientist from UAE Space Agency invented a new material called Betoxide (B,H,0) which is produced by the catalytic reaction of Beto (B2H4) 2 C2H4 + 02 2 C2H20 (Desired reaction) An unwanted competing reaction is the combustion of Beto B2H4 + 302 2B02 + 2H20 (Undesired reaction) a. The reactor feed consist of 400 moles of Beto and 100 moles of oxygen. Calculate the composition of the reactor outlet for 20% conversion of Beto if only the desired reaction takes place. b. When both desired and undesired reactions take place, estimate the reactor composition.