2. (a) Apply Simpson's Rule to Vidx using n = 4 subintervals, rounding your approximation to I'd = 0.as 4 5 digits after the decimal point. X = 1 ( Sy = F ( 1 ) + 4F ( 1.25 ) + 2 F ( 1.50) + 4F (1-25) + F(2) ) 9-25 * 1 = 1-25 X2 = 1. 50 * , = 1.75 Xy = 2 (b) Use the bound for |Es| to determine an n such that Simpson's Rule for - Vidx is within 10-6 of the value of the integral. (Remember n must be even.)