One appropriate application of this technique is in the case of a bimolecular reaction, in which the reaction rate is characterized by R, times A minus Y, times B minus Y, where R, A, and B are all constants.  
One appropriate application of this technique is in the case of a bimolecular reaction, in which the reaction rate is characterized by R, times A minus Y, times B minus Y, where R, A, and B are all constants.  For a case in which the numerator is 1 and the denominator is the polynomial x squared minus 8x plus 15, the proportion must be transformed into two ratios of numerical value A over x minus 5, and B over x minus 3, and then solved for A and B.  FTP, identify this method of integration involving the splitting of complex polynomial fractions.
One appropriate application of this technique is in the case of a bimolecular reaction, in which the reaction rate is characterized by R, times A minus Y, times B minus Y, where R, A, and B are all constants.  
partial fractions