o. Function M-files Here is a new numerical bracket method to find a root. Now, let us think new method which will mix two bracket methods - bisection method and false position method. The new bracket method will use bisection method at first iteration, false position method at second iteration, bisection method at third iteration, false position method at fourth iteration and so on. You need to apply this idea to your function m-file. Your function m-file will have - Parameters: function name, initial guess vector, desired error percentage(e.), and desired number of iteration, - Return values: root, approximated error percentage(Ea), number of iteration, - Function name : MixBisecFalse_yourEmailAccount - The maximum iteration as a default value) must be 50. - The error percentage(as a default value) must be 0.0001%. Additionally, you are able to use your previous function m-files for bisection method, false po- sition method, fixed point method, newton-raphson method, modified secant method, and newton nonlinear multi-variable method. o. Function M-files Here is a new numerical bracket method to find a root. Now, let us think new method which will mix two bracket methods - bisection method and false position method. The new bracket method will use bisection method at first iteration, false position method at second iteration, bisection method at third iteration, false position method at fourth iteration and so on. You need to apply this idea to your function m-file. Your function m-file will have - Parameters: function name, initial guess vector, desired error percentage(e.), and desired number of iteration, - Return values: root, approximated error percentage(Ea), number of iteration, - Function name : MixBisecFalse_yourEmailAccount - The maximum iteration as a default value) must be 50. - The error percentage(as a default value) must be 0.0001%. Additionally, you are able to use your previous function m-files for bisection method, false po- sition method, fixed point method, newton-raphson method, modified secant method, and newton nonlinear multi-variable method