Code for Roots of Equations:

• c_3_p_2.m (solve an equation with newtons method)
  
• c_3_p_3.m (solve an equation with newtons method)
  
• c_3_p_3_fn_prime.m (the derivative needed for newtons method)
  
• c_3_p_4.m (solving equations using newtons method)
  
• c_3_p_5.m (polynomial roots using Schroeder's method)
  
• c_3_p_6.m (fixed point iterations to find a root)
  
• c_3_p_7.m (solving an equation with newtons method)
  
• c_3_p_8.m (using the MATLAB function fzero)
  
• c_3_p_9.m (using the MATLAB function fzero to find polynomial roots)
  
• c_3_p_10.m (the scalar and multivariate newtons method)
  
• c_3_p_11.m (using Broyden's method)
  
• c_3_p_12.m (using Broyden's and the multivariate newtons method)
  
• c_3_p_13.m (using Bairstow's method)
  
• c_3_p_14.m (using Bairstow's method)
  
• c_3_p_15.m (using the MATLAB roots function)
  
• c_3_p_16.m (a driver for the illinois method)
  
• illinois_method.m (an implementation of the illinois method)
  
• c_3_p_17.m (two iteration methods)
  
• c_3_p_18.m (a driver for the iterated logistic map)
  
• iterate_logistic_map.m (implements iterating the logistic map)