Write a MATLAB function, called fixed_point_iteration that inputs a function, g, an initial guess x), an error tolerance, tol, and a maximum number of iterations, N, and outputs the fixed point of g, obtained using the fixed point iteration, starting with xp. Your function should have an error defined by E = |x, - X-1|, and stop when the error is less than the tolerance, or if the number of iterations exceeds N - whichever happens first. Your function header should look something like: function [c,n,err] = fixed_point_iteration(g, xe, tol,N)

Find the root of the function (in figure) using Iteration Simple-Fixed Point with a relative error (epsilon a) smaller than the maximum relative error (epsilon s) = 0.001% "Using Matlab"

make a code , if you can uses mathlab keep basic code no if or return

Write MATLAB code that will plot the function x2 - 10x + 25 over the x values 0 to 10 on a regular plot (use the command plot) using 21 evenly spaced points with the linspace command in one subplot and then for the second subplot, plot the same function over the x values 10-1 to 10 1 using 21 evenly spaced points on a semi logarithmic plot (use the command semilogx). Put markers on each point used in the calculations (using a circle, x, or +, your choice) using a different marker and color for each plot, and include axis labels on each subplot. If the code is written correctly, your subplots should appear like the ones below. 25 y-axis 20 15 10 X 5 0 0 2 4 x-axis 6 8 10 25 PO 20 y-axis 15 10 5 0 10-1 O Copy/paste your code that will create the subplots in the text box below. 0 0 0 0 0 0 0 100 x-axis 0 0 0 0 0 101

Use Matlab to find the relationship between Fahrenheit and Celsius. Write a function that convert Deg F into Deg C. Test your function with the input of today’s lowest and highest temperature.

The correct representation of the function F(A, 8, C) shown in the figure below is: A F Select one: F = m3+ m4 + m5 None of the answers F=m2 + m5 + m6 F= M3 + M4 + M7 F=m1.m3.m6 F= MO.MT.M2.M5.M6 F= I(2, 5,7) F= E(0, 1,7)