Calculus and Pizza
A Math Cookbook for the Hungry Mind
Clifford A. Pickover
John Wiley & Sons,
2003
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"Taking mathematics from the beginning of the world
to the time of Newton, what he has
done is much the better half."
 Gottfried Wilhelm Leibniz, codiscoverer of calculus
"If I have seen further than others,
it is by standing upon the shoulders of giants."
 Isaac Newton, the other discoverer of calculus
"If I have not seen as far as others,
it is because giants were standing on my shoulders."
 Hal Abelson, MIT Professor

Delicious fast food for the mind that makes learning calculus as easy as eating a slice
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"Noncooks think it's silly to invest two hours' work in two minutes' enjoyment; but if cooking is evanescent, well, so is the ballet."
 Julia Child, US chef, author, TV hostess
If you obtain this book, you will hold a special book in your hands. Sure, there are plenty of other excellent Introductory calculus books for sale. But I have found that none of them have all the features of Calculus and Pizza. Let's consider a few trends:
 Many Intro calculus books are too big. Most people don't read big books.
 Many "popular" calculus books are descriptive and conceptual. Because they don't have exercises, they can't possibly teach students techniques and problemsolving  nor can these books help students do well on calculus tests. The basic philosophy of Calculus and Pizza is learning by doing.
 Most importantly, no Intro calculus books have a pizza chef teaching you. For example, in what other book will you find meatballs rolling down Fifth Avenue in New York City or pizza restaurants overrun by slime molds?
"It's fun to get together and have something good to eat at least once a day. That's what human life is all about  enjoying things."  Julia Child
Impress Friends!
Expand Your Mind!
The mysterious, quirky, and fun puzzles in this book should cause even the most leftbrained readers to fall in love with calculus. The antics of Luigi, Fiona, Rosario, and Big Tony will entertain people at all levels of mathematical sophistication. In fact, this book focuses on creativity, discovery, and challenge.
When chef Luigi talks to students about the problems in this book, the students are always fascinated to learn that is possible for them to solve seemingly complicated realworld problems and make new discoveries with just a pencil and paper. The students are surprised to learn that calculus has affected every field of scientific endeavor and plays invaluable roles in fields ranging from science to sociology, from modeling ecological disasters and the spread of diseases to understanding the architecture of our brains The pepperoni and pizza problems are metaphors for the amazing range of calculus applications.
"Pizza is a lot like calculus. Except the limit is how much you can eat."  Luigi
One of the abiding sins of mathematicians is an obsession with completeness  an urge to go back to first principles to explain their works. As a result, readers must often wade through pages of background before getting to the essential ingredients. To avoid this burden, each chapter in this book is short. You'll quickly get the essence of a technique or question. A number of the basic methods and challenges are representative of a wider class of problems of interest to mathematicians today. One advantage of this brief format is that you can jump right in to experiment and have fun, without having to sort through a lot of detritus. Thus, this book is not intended for mathematicians looking for formal mathematical explanations. Of course, this approach has some disadvantages. In just a few pages, Luigi can't go into any depth on a subject. You won't find much historical context, philosophy, or extended discussions. You won't find proofs and derivations; I simply present most of the important formulas. The focus is on procedures and drills for solving problems and not on some of the deeper meanings of calculus.
I became interested in calculus early in childhood when gazing at a book in my father's dusty study. The book contained multiple
integrals like . These strange symbols impressed the heck out of me. I wondered if I would I ever be able to understand what an integral was. My father's books provided a seed from which my interest in calculus grew, and, along with my love of pizza, provided an early stimulus for Calculus and Pizza.
"The only real stumbling block is the fear of failure. In cooking, you've got to have a whatthehell attitude."  Julia Child
Calculus and Pizza is for anyone who has pondered what calculus is all about, for students who want to do well on exams and get into good colleges or graduate schools, and for lay people who want to get just a taste or a refresher course. The book might most effectively be used as a supplement to a traditional calculus text. If you've not taken calculus for a few years, then Calculus and Pizza can serve as a quick review of some of the essential rules, formulas, and problems. I assume that the reader is familiar with high school algebra and some of the basic rules of trigonometry.
I hope that Calculus and Pizza will stimulate creative thinking, get some students interested in computer programming, and suggest the usefulness of simple mathematics for solving curious, practical, or even mindshattering problems. The ability of our future workforce to meet our needs for mathematicians, scientists, and engineers depends on the education today's children receive. Recent statistics indicate that America is in grave danger of failing to meet the challenge. For much of the 1990s, U. S. students ranked low on scores in science and math in comparison to other countries. I hope Calculus and Pizza is first in a series of books that make complex topics in science and math a bit more fun while emphasizing basic and practical principles.
"Today, calculus has invaded every field of scientific endeavor and plays invaluable roles in biology, physics, chemistry, economics, sociology, engineering  and in any field where some quantity, like speed or temperature, changes. Calculus can be used to help explain the structure of a rainbow, teach us how to make more money in the stock market, guide a spacecraft, make weather forecasts, predict population growth, design buildings, quantify happiness, and analyze the spread of AIDS.
Calculus has caused a revolution. It has changed the way we look at the world."  Cliff Pickover

Clifford A. Pickover received his Ph.D. from Yale University and is the author of thirty highlyacclaimed books on such topics as computers, art, religion, mathematics, black holes, human intelligence, time travel, and alien life. His web site, Pickover.com, has received over a million visits.
Table of Contents
Preface
Introduction
1. Pizza Velocity and the Derivative
2. Derivative Definitions and Rules
3. Derivatives and Slopes
4. Rules for Products and Quotients
5. Chain Rule and Implicit Differentiation
6. Maxima and Minima
7. Min Max Pizza Applications
8. Exponentials and Logarithms
9. Limits and Continuity
10. Related Rates
11. Integration
12. Logarithmic Differentiation, Integration by Parts, Trigonometric Substitution,
and Partial Fractions
13. Exponential Growth and Decay
14. Calculus and Computers
15. Multiple Integrals
16. Calculus in a Nutshell
17. Luigi's MindBoggling Workout Routine
Conclusion
Answers to OddNumbered Exercises
Further Reading
Index
The index will give you more ideas about some of the topics covered.
Abelson, Hal, vii
answers to problems, 157204
antiderivatives, 9394, 101, 104
applications (of calculus) 67, 12, 138139
area, and integrals, 97
area between two curves, 99
Barrow, Isaac, xiii
base changes, 58
Berkeley, George, xii
Bolyai, Janos, xiv
Burton, David, xi
calculus
applications of, 67, 12, 138139
first use of symbols, xiv, 13
first textbook on, xiv
fundamental anagram of, 155
fundamental theorem of, 97
history of, xiixiv
chain rule, 2534
exponential, 62
logarithmic, 62
trigonometric, 2930
Child, Julia, xi, 1
computers
calculus and, 127134
programs, 6970, 129, 132
concavity, 4143
concave up and down, 42
conclusion, 155156
continuity, 6579
definition, 73, 75
cosine rules, 2930
critical points, 3739, 47
Darwin, Charles, xiv
decay, exponential, 119126
decreasing functions, 36
definite integrals, 95, 105
derivatives, xiii, 37, see also chain rule
definitions, 914, 128
first use of symbol, xiv, 13
rules, 914, 2134, 58
slopes, 1720, 36
velocity, 37
Descartes, Rene, xiii
differential equations, 121
differentiablity, of functions, 77
differentiation, see also derivatives
logarithmic, 107109
e (Euler's number), 5961
exercises, additional, 151153
exponential rule, 62
exponential growth and decay, 119126
exponentials, 5764
extended power rule, 27
fluxions, xii, 156
formulas, summary of, 141149
fractal, 7474
functions, increasing and decreasing, 36
fundamental theorem of calculus, 97
God's formula, 61
growth, exponential, 119126
history of calculus, xiixiv
implicit differentiation, 3034, 82
increasing functions, 36
indefinite integrals, 95, 101, 104
indeterminate form, 71
infinitesimals, xiv, 13
inflection points, 3740
integrals
area, 97
definite, 95, 101, 104
definition of, 95
first use of symbol, xiv
indefinite, 95, 101, 104
multiple, 135139
integration, xii, xiv, 93106
by parts, 110111
partial fractions, 114116
Riemann, 97
rules, 99, 101
trigonometric substitution, 111112
intervals, 4748, 53
Kammerer, Paul, xiv
Koch curve, 7475, 76
Leibniz, Gottfried, vii, xiiixiv, 13, 155156
L'Hôpital's rule, 7174
limits, 10, 18, 6579, 128
local minima and maxima, 3739, 4748
logarithm rules, 58, 62
logarithmic differentiation, 107109
logarithms, 5764
maxima and minima, 3544, 4748
local, 3739, 4748
menu, calculus, 66
minmax applications, 4555
multiple integrals, 135139
multiplier rule, 10
Newton, Isaac, vii, xiiixiv, 13, 155156
partial fractions, 114116
parts (integration by), 110111
power rule, 10, 27
extended, 27
product rule, 2124
quotient rule, 2124
ranges, 48
related rates, 8191
Riemann integrals, 97
rule summary, 141149
second derivative test, 3839
sine rules, 2930
slopes (and derivatives), 1720, 36
sum rule, 10
summary of formulas, 141149
tangent lines, 18, 36
trigonometric chain rules, 2930
trigonometric derivatives, 2930
trigonometric substitution, 111112
velocity, 37
Wallis, John,xiii
workout routine, 151155