Table of contents

Exercise (drawing colored cubes) --> ch1.mws

bricks --> ch5.mws

Arithmetic Problem --> ch6.mws

Building a TEE --> ch2.mws

Definition of polygon --> ch1.mws

Defintion: prism --> pyra.mws

EXERCISE: Larry, Curley,and Moe Mowing --> ch6.mws

EXERCISE: make lawnxy --> ch7.mws

EXERCISE: modify lawnmower to take mower width --> ch6.mws

Exercise on hopping bricks --> ch5.mws

Exercise (3 or 4 cube figures) --> ch2.mws

Exercise 2 --> ch3.mws

Exercise 3 (lists) factorial --> ch4a.mws

Exercise 3 on stacking bricks --> ch4a.mws

Exercise 3 --> ch3.mws

Exercise 4 --> ch2.mws

Exercise on leap frogging bricks --> ch5.mws

Exercises colored bricks --> ch4b.mws

Exercises on animation of bricks stacking --> ch5.mws

Laying bricks with lists --> ch4a.mws

Making a movie --> ch5.mws

Math Problem (where to start mowing) --> ch7.mws

Movie Splicing --> ch5.mws

Mowing from different corners --> ch7.mws

NULL --> ch4a.mws

Side by side mowers problem --> ch6.mws

The old lawn mowing problem --> ch6.mws

Theorem: cross sections of a pyramid --> pyra.mws

Theorem: cross sections of a prism --> pyra.mws

a mod b --> ch4b.mws

a model for making animations --> ch5.mws

assignment --> ch4a.mws

axes=normal --> ch2.mws

building a staircase --> ch4a.mws

closed reflective path --> rpathq.mws

code --> ch3.mws

colon --> ch2.mws

equality --> ch4b.mws

expression sequence --> ch4a.mws

floor (greatest integer function) --> ch6.mws

for..do..od and if..then..fi --> ch4b.mws

geometry package --> harm.mws

hopper, making a brick hop. --> ch5.mws

lawn (no shift) --> ch7.mws

lawnmower3 (with shift) --> ch6.mws

list addition --> ch2.mws

list --> ch4a.mws

lists of plot structures --> ch2.mws

lists --> ch2.mws

mirrored angle problem. --> mirr.mws

mod 2 --> ch4b.mws

movie (delete them as you go.) --> ch6.mws

moving shadow problem --> ch8.mws

nops (number of operands) --> ch4a.mws

nops --> ch5.mws

op --> ch4a.mws

plot3d[options] --> ch1.mws

plot[color] --> ch1.mws

procedure --> ch3.mws

projection --> desarg.mws

scaling=constrained --> ch1.mws

seq --> ch4a.mws

shadow(lightsource,polygon) --> ch8.mws

shifting a box --> ch2.mws

style=wireframe --> ch1.mws

top --> ch2.mws

top --> ch7.mws

using nops --> ch5.mws

whattype --> ch4a.mws

with(plots); --> ch1.mws