i want to ask question 11 and 12 (numerical analysis)

Algorithm: 3.2 False-position Method while (Error > tol) Define c to be the zero of the line passing through (a, f(a)) and (b, f(b)) if ((a) and f(c) have the same sign) Input: Set a = c. . f: a continuous function elseif (J(b) and f(c) have the same sign) 4 and b: initial domain values with a tol) Define c to be the zero of the line passing through (a, f(a)) and (b, f(b)) if ((a) and f(c) have the same sign) Remark 8. The false-position n Remark 8. The false-position method is identical to the bisection method except in how c is delined Set =c. Problem 11. Find a general expression for c in terms of f, a, and b. (Play with the expression in hopes of reaching an insightful form.) elseif ((b) and J(c) have the same sign) Set b=c. else Problem 12. Explain the problem with using l(b- a) as the residual error f(c must be 0, so c is a root. Exit the loop with break. A brief lecture on the weighted average method end Calculate the new value for Error 8:10 PM 72018 Algorithm: 3.2 False-position Method while (Error > tol) Define c to be the zero of the line passing through (a, f(a)) and (b, f(b)) if ((a) and f(c) have the same sign) Input: Set a = c. . f: a continuous function elseif (J(b) and f(c) have the same sign) 4 and b: initial domain values with a tol) Define c to be the zero of the line passing through (a, f(a)) and (b, f(b)) if ((a) and f(c) have the same sign) Remark 8. The false-position n Remark 8. The false-position method is identical to the bisection method except in how c is delined Set =c. Problem 11. Find a general expression for c in terms of f, a, and b. (Play with the expression in hopes of reaching an insightful form.) elseif ((b) and J(c) have the same sign) Set b=c. else Problem 12. Explain the problem with using l(b- a) as the residual error f(c must be 0, so c is a root. Exit the loop with break. A brief lecture on the weighted average method end Calculate the new value for Error 8:10 PM 72018