Q1. Draw the following function in MATLAB. Give the plot and your guess about the root...

Transcribed Image Text:

Q1. Draw the following function in MATLAB. Give the plot and your guess about the root based on the plot; f(x)= Sin(x) x3 + C Where C-Max [0.15, (last two digits of your ID/100)] x20, (x is in radian). Q2. Apply the bisection method three iterations to find the root of the function in Q1 and calculate the relative true error and the relative approximate error. (Decide the starting values of XI and Xu yourself) Q3. Apply the false position method three iterations to find the root of the function in Q1. (Decide the starting values of XI and Xu yourself). Q4. Apply the Newton-Raphson method three iterations to find the root of the function in Q1. Decide Xo yourself. Q5. Apply the modified secant method three iterations to find the root of the function in Q1. Decide Xo yourself. Use fraction value delta = 0.01 Q1. Draw the following function in MATLAB. Give the plot and your guess about the root based on the plot; f(x)= Sin(x) x3 + C Where C-Max [0.15, (last two digits of your ID/100)] x20, (x is in radian). Q2. Apply the bisection method three iterations to find the root of the function in Q1 and calculate the relative true error and the relative approximate error. (Decide the starting values of XI and Xu yourself) Q3. Apply the false position method three iterations to find the root of the function in Q1. (Decide the starting values of XI and Xu yourself). Q4. Apply the Newton-Raphson method three iterations to find the root of the function in Q1. Decide Xo yourself. Q5. Apply the modified secant method three iterations to find the root of the function in Q1. Decide Xo yourself. Use fraction value delta = 0.01