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Chapter: 12 / Q: 8.12
Use the cylinder function to create x, y, and z matrices and pass them to the surf function to get a surface plot. Experiment with different arguments to cylinder
Chapter: 12 / Q: 9.12
Experiment with contour plots
Chapter: 12 / Q: 10.12
The electricity generated by wind turbines annually in kilowatt-hours per year is given in a file. The amount of electricity is determined by, among other factors, the diameter of the turbine blade (in feet) and the wind velocity in mph
Chapter: 12 / Q: 11.12
Create an x vector, and then two different vectors (y and z) based on x. Plot them with a legend. Use help legend to find out how to position the legend itself on the graph, and experiment with different locations
Chapter: 12 / Q: 12.12
Create an x vector that has 30 linearly spaced points in the range from -2π to 2π, and then y as sin(x). Do a stem plot of these points, and store the handle in a variable
Chapter: 12 / Q: 13.12
When an object with an initial temperature T is placed in a substance that has a temperature S, according to Newton’s law of cooling in t minutes it will reach
Chapter: 12 / Q: 14.12
Write a script that will draw the line y=x between x=2 and x=5, with a random line width between 1 and 10
Chapter: 12 / Q: 15.12
Ch12Ex14.m % Plot line y = x with a random thickness x = [2 5]; y = x; hdl = plot(x,y); title('Line with random thickness') set(hdl,'LineWidth',randi([1 10]))
Chapter: 12 / Q: 16.12
Write a function plotexvar that will plot data points represented by x and y vectors which are passed as input arguments
Chapter: 12 / Q: 17.12
A file houseafford.dat stores on its three lines years, median incomes and median home prices for a city. The dollar amounts are in thousands. For example, it might look like this:
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