The Naganohara Fireworks company hired you, as a new chemical engineer in town, to operate one of their reactors used in th, eir fireworks manufacturing. This batch reactor is a constant-volume reactor operated at 0oC. One of the operators then gave you the data for the decomposition of the pure gas Yoimiya-X (YX) into the product they call Amber (A). The stoichiom

Normal butane is catalytically isomerized to isobutane. A fresh feed stream containing pure n-butane at temperature T, is mixed adiabatically with a recycle stream containing n-butane and isobutane, and the combined stream is fed to the reactor, where some but not all of the n-butane in the feed is converted. The reactor effluent is pumped to a distillation column. The overhead distillation product contains primarily isobutane and a small amount of n-butane. The bottoms product, which also contains both species, is the stream recycled to the reactor. The streams leaving the distillation column are at different temperatures. a) Determine the number of degrees of freedom associated with the feed mixer, the reactor, the distillation column, and the entire process. Include all unknown process stream temperatures and process unit heat duties in your analysis. b) Suppose a single-pass conversion of 35.0% is attained in the reactor, the overhead distillation column product contains 88.5 mole…

Please explain the atomic balances!

Please help, with some explanation.