Module 3: Program Design, Functions and Data Utilities
Instructions
1. Do exercise 3.5 on page 99 of the textbook. o For the first part, submit an m-file
named: quad_solve_real_LastName.m.
o For the second part (which only requires a tiny adjustment to the program of
the first part) submit an m-file
named: quad_solve_complex_LastName.m.
2. Create an m-file that plots the Bessel function of the first kind (one plot for order 1;
one plot for order 2; one plot for order 3). Let z span from -20 to +20 in increments of 0.1. Make sure to create a title for each plot (enter: “help title” if you’ve forgotten how to do this). Note: The ‘figure’ command can be used to create a new figure window without losing existing figure windows.
o Name the file bessel_plot_LastName.m.
3. Following the introduction provided by the screencast, create an m-file that loads in
the ASCII battery data file and computes an estimate of the battery’s internal resistance by averaging the values obtained from each measurement. Try to vectorize your code as much as possible.
o Name the file battery_resistance_LastName.m.
o Please use the Homework template (Word) when submitting your work.
For this exercise, you should submit the following files in the M3 Exercise submission area:
- quad_solve_real_LastName.m, quad_solve_complex_LastName.m.
- bessel_plot_LastName.m.
- battery_resistance_LastName.m
Note: Substitute your last name for LastName in all submitted files.
Please refer to the Course Schedule for due date.
|
Note: Although a solution to this problem appears to be listed on pages 96-97, that |
|
implementation is slightly different than the structure plan listed in Fig. 3.6. |
