Create a program to code the bisection method. Use the example f(x) = x3 – 3x – 4 with your left starting value of 1 and your right starting value of 3. Your program should end when |fmid|

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Create a program to code the bisection method. Use the example f(x) = x3 – 3x – 4 with your left starting value of 1 and your right starting value of 3. Your program should end when |fmid| < tol="" where="" tol="0.01." count="" how="" many="" times="" it="" took="" for="" the="" bisection="" to="" run="" before="" it="" finishes="" with="" your="" answer.to="" evaluate="" f(x)="" you="" must="" use="" a="" function="" call.="" create="" a="" program="" to="" code="" the="" bisection="" method.="" use="" the="" example="" f(x)="x3" –="" 3x="" –="" 4="" with="" your="" left="" starting="" value="" of="" 1="" and="" your="" right="" starting="" value="" of="" 3.="" your="" program="" should="" end="" when="" |fmid|="">< tol where tol = 0.01. count how many times it took for the bisection to run before it finishes with your answer.to evaluate f(x) you must use a function call. tol="" where="" tol="0.01." count="" how="" many="" times="" it="" took="" for="" the="" bisection="" to="" run="" before="" it="" finishes="" with="" your="" answer.to="" evaluate="" f(x)="" you="" must="" use="" a="" function="">