Taylor's formula for the remainder R5yo(m) to find the best upper bound for the absolute WC error in this approximation for z in the interval [~7r, 1r] #5..- - we are only able to tolerate absolute errors 3 0.1. For what range of :5 values can we use the '39 degree Taglor polgnomial approximation? ' utes). (enter the bounds of an interval, correct to 2 decimal _ m'mum absolute error 3 standard function , logic I! g. '. -' -=r - ' The 5th-degree Taylor polynomial expansion of f(x) = cos(x) about a = 0 gives an approximation for f(x): f(x) ~ 24 2 + 1. Use Taylor's formula for the remainder R5,0 (x) to find the best upper bound for the absolute value of the error in this approximation for a in the interval | 7, 7]. Suppose we are only able to tolerate absolute errors