We write, we don’t plagiarise! Every answer is different no matter how many orders we get for the same assignment. Your answer will be 100% plagiarism-free, custom written, unique and different from every other student.
I agree to receive phone calls from you at night in case of emergency
Please share your assignment brief and supporting material (if any) via email here at: email@example.com after completing this order process.
No Plagiarism Guarantee - 100% Custom Written
The following link provides help with using MuPAD to plot curves using parametric equations.
(a) Figure 10 on page 643 of the text.
(b) Figure 12 on page 643 of the text.
(c) Figure IV from problem #28 on page 646 of the text (you must find the correct set
of parametric equations from the six listed in the problem).
(d) The cycloid curve produced from a wheel of radius 5 units rolling three complete
Hint: Use the Mesh option if the curve does not look smooth at first. The default value
is Mesh=121 (i.e. MuPAD plots 121 points of the curve in the parameter range that you
specify, so increasing this number may be necessary to produce a smooth curve).
tangent to that curve when θ =
. Then plot the tangent line on the same graph as the
Hint: while plot::Curve2d is used to generate plot objects using parametric equations,
for Cartesian equations plot::Function2d is used for creating a plot object.
e.g. plot1:=plot::Function2d(2*(x-4)+1,x=0..10) would create a plot object for a
straight line and assign it to the variable plot1. Use the display command to plot
multiple plot objects on the same set of axes (e.g. display(plot1,plot2,. . .)).
coordinates. The handout from class should serve as a guide for producing polar plots.
(a) Figure 17 on page 665.
(b) Figure I from problem #54 on page 667 of the text (you must find the correct polar
equation from the six listed in the problem)