1 {1 - I)! . . 1 (b) Now, nd the Maclaurln serlll for {1 _ I): function which you know the Maclaurin series for. Conrm that you get the same result. 2. {a} Find the Maclaurin series for directly by computing the derivatives centered at m = II]. by treating the function as the derivative of another {c} Use the radius of convergence of the original series, the one you differentiated to nd the series for {1 33)? to help you nd the interval of convergence of the Maclaurin series for [1 3-75}