= 2. (5 points) Assume you have computed co + cix" where x > 1. Compute the relative error in evaluating this function (i.e., evaluate the impact of finite precision on the result). Do not bound. Assume: all error originates from representing co, C1, and x. arithmetic operations introduce no error. Start with * = c + c(2*)". 3. (5 points) Continue the previous problem. Derive an upper bound for the relative error of p = Co+C10" where c >1. Consider defining Emax max(|c0|, |41|, |2], ..., len|). = 2. (5 points) Assume you have computed co + cix" where x > 1. Compute the relative error in evaluating this function (i.e., evaluate the impact of finite precision on the result). Do not bound. Assume: all error originates from representing co, C1, and x. arithmetic operations introduce no error. Start with * = c + c(2*)". 3. (5 points) Continue the previous problem. Derive an upper bound for the relative error of p = Co+C10" where c >1. Consider defining Emax max(|c0|, |41|, |2], ..., len|)