Book Description
Of all modern scientific theories, quantum theory has perhaps done more than any other to change the way we think about basic structure of the universe. This clear and accessible introduction covers quantum physics in theory and in practice, and explains why it has become known not just as a theory, but as a revolution. ... Read more

Customer Reviews (9)

Beginner, But Not Very
I like how it breaks things down into subcategories, it's kind of like an overview of physics. If you want to know what quantum physics covers and not get into too much detail about the subject this is the book for you. In this sense it is a beginner's guide. It doesn't break things down into simpler ways of understanding but covers very basic ideas of quantum physics.

Surely this will do the trick
Like many of my intelligent-seeming purchases, this is for a friend.I did find myself thumbing through this book, however, and found that the layout seems quite straightforward.While I doubt that this book's spine will ever be excercized beyond it's paperback capacity, I have taken the proverbial horse to the science-flavored water.

Focuses mainly on quantum effects and applications
Focuses mainly on quantum effects and applications. A relatively small book, it's a pretty easy read, though it does get somewhat technical at times. Simplified math is typically put in as optional sidebars. It is written in a fairly straight forward way. I felt it tended to "jump around" a bit, on occasion mentioning an unexplained term or fact, which might or might not be expounded on later, though this was rather minor. It has one chapter on underlying reality interpretations.

QM primer for the pure layman
In pop science literature on quantum mechanics (QM) this booklet is a bit of an oddity. Rae really does address "beginners", i.e. readers with very little or no background in mathematics and physics. However, unlike most pop science writers he does not shy away from simple mathematics, even though all the math is contained in seperate "math boxes" which one can easily skip without loss of continuity. Rae does an excellent job explaining the basics of QM, but still IMO - given the targeted audience -not as good asJ.P. McEvoy and Oscar Zarate's "Introducing Quantum Theory" (Icon Books).

Many readers are probably attracted to this kind of book in search of an explanation of the "weirdness" of QM. Although Rae splendidly epitomizes the many interpretations of QM in the last chapter, there are more comprehensive books out there covering this particular topic, including Rae's own "Quantum Physics: Illusion or Reality?" !

The main strength of this beginners's guide really is the way he explains the many manifestations of QM in our daily lives, from chemistry, power generation and climate change to computing and cryptography. As Rae is the first to admit, in such a short text he can do little else but scratch the surface, but nonetheless his descriptions are very lucid, well illustrated, and above all founded on a deep understanding of the essentials of QM. The biggest miracle of all is perhaps that he manages to convey this essence to readers who otherwise would probably never have dreamed of opening a book containing a single equation.

All in all, the definite primer on QM for the pure layman. For those who already have some background in physics and/or mathematics, the chapters on semiconductors, superconductivity and cryptography are a nice and simple introduction to these vast and fascinating subjects.

PS: my edition does contain two bizarre mistakes: Joule was an English and not a French physicist (p. 9), and Schrodinger was an Austrian and not a German physicist (p. 24). Not that it matters much.

If you know motion is discontinuous and random, you may finally understand quantum mechanics.
Rae's book is helpful for one to study quantum mechanics. But it cannot answer how to really understand QM. In fact, this is still a puzzle for everyone. For example, it is still unclear what on earth the wave function describes and whether or not the wave function really collapses.

As indicated by the well-known double-slit experiment, the solution hides in the real form of quantum motion in all probability. A recent analysis, which is given in the book Quantum Motion - Unveiling the Mysterious Quantum World, implies that quantum motion is actually the random discontinuous motion of particles, and the microscopic and macroscopic motions are both the displays of such quantum motion. As a result, what the wave function describes is the random discontinuous motion of microscopic particles. This picture makes quantum mechanics comprehensible for both physicsts and laymen.

When we realize that motion is discontinuous and random in reality, we may finally understand the mysterious quantum world, where an electron can pass through two slits at the same time. A popular introduction of quantum motion can be found at the website given by my name. ... Read more

Book Description

A fascinating exploration of the science of the impossible—from death rays and force fields to invisibility cloaks—revealing to what extent such technologies might be achievable decades or millennia into the future.

One hundred years ago, scientists would have said that lasers, televisions, and the atomic bomb were beyond the realm of physical possibility. In Physics of the Impossible, the renowned physicist Michio Kaku explores to what extent the technologies and devices of science fiction that are deemed equally impossible today might well become commonplace in the future.

From teleportation to telekinesis, Kaku uses the world of science fiction to explore the fundamentals—and the limits—of the laws of physics as we know them today. He ranks the impossible technologies by categories—Class I, II, and III, depending on when they might be achieved, within the next century, millennia, or perhaps never. In a compelling and thought-provoking narrative, he explains:
· How the science of optics and electromagnetism may one day enable us to bend light around an object, like a stream flowing around a boulder, making the object invisible to observers “downstream”
· How ramjet rockets, laser sails, antimatter engines, and nanorockets may one day take us to the nearby stars
· How telepathy and psychokinesis, once considered pseudoscience, may one day be possible using advances in MRI, computers, superconductivity, and nanotechnology
· Why a time machine is apparently consistent with the known laws of quantum physics, although it would take an unbelievably advanced civilization to actually build one
Kaku uses his discussion of each technology as a jumping-off point to explain the science behind it. An extraordinary scientific adventure, Physics of the Impossible takes readers on an unforgettable, mesmerizing journey into the world of science that both enlightens and entertains.

Book Description

With its time-tested problems, pioneering conceptual and visual pedagogy, and next-generation media package, the Eleventh Edition of Young and Freedman's University Physics is the classic physics book with an eye on the future. Using Young & Freedman's research-based ISEE (Identify, Set up, Execute, Evaluate) problem-solving strategy, readers develop the physical intuition and problem-solving skills required to tackle the book's extensive high-quality problem sets that have been developed and refined over the past five decades. The completely redesigned, pedagogically consistent artwork and diagrams integrate seamlessly with the book to help readers better visualize key concepts. For college instructors, students, or anyone interested in physics.

Customer Reviews (12)

(1/2) Worst possible physics book ever.
In a nutshell:

All the classical newtonian physics stuff is ok. I know this sounds ridiculously vague but its only because this isn't the part that you should be concerned with.

THE MAIN CONCERN is the ambiguity of the electricity, magnetism, etc. sections. The chapters are divided into inconvenient and uncommon section divisions. Therefore, MOST of the example problems in these secitons refer you back to a problem from another chapter! Further more, the sample problems are solved in the most tedious way possible.I guess, the authors felt that their target audience was for most 8th graders who have just taken Pre-Calc. (yes, i know the title of this book is slightly misleading) Also, what is up with the 'with Modern Physics' stuff. So basically, 'connecting the dots' is an impossiblity. This book does NOT even venture into that general region of comprehensibility. They also include a lot of irrelevant small connections between concepts that you end up wasting several minutes trying to realize that it contributes nothing to the overall idea. They have dedicated the last few pages to it. (Wow, I learned A LOT from that. Note to the author: Hugh, either get rid of those pages pages because the book is heavy enough or write more than what you can find in Ask.com in 3 minutes.)

I would NOT recommend this book to anyone. I would first take a look at Principes of Physics by Serwey and Jewett.

*The problem, for these types of books, is that most people buying this book probably are required to get this book for class (e.i. Me). Therefore, the only suggestions from this entire review that maybe helpful is, get aalternative study guide for these later sections that I have mentioned.

Excellent book on all aspects of Freshman Physics
This series of textbooks on college freshman physics is simply the best I have found in print, even if it is not the most widely used. It has clear explanations of all concepts, plenty of instructive diagrams, and most of all many interesting solved problems and examples. I am by no means saying that this is an easy book, you will need to read it carefully and work through the examples. However, unlike with other physics textbooks, all of the information is there if you are willing to put forth the required time and effort. Make sure you've had the first two semesters of calculus first though, or there are parts of this book that will not make sense to you. If you are interested in having a good textbook and reference for both college physics and modern physics, it is the best choice you could make. If you are only interested in the classical physics part, I suggest you buy the 10th edition and save yourself a lot of money. The 10th edition has just a very abbreviated section on modern physics. This book is of great use for engineers, because not only will it get you through your freshman physics sequence smoothly, it is a great reference with lots of examples that you will need when you take statics, dynamics, fluid mechanics, thermodynamics, and your sophomore level courses on electric circuits and EM. I notice that Amazon does not show the table of contents, so I do that here:
Mechanics.
1. Units, Physical Quantities, and Vectors.
2. Motion Along a Straight Line.
3. Motion in Two or Three Dimensions.
4. Newton's Laws of Motion.
5. Applying Newton's Laws.
6. Work and Kinetic Energy.
7. Potential Energy and Energy Conservation.
8. Momentum, Impulse, and Collisions.
9. Rotation of Rigid Bodies.
10. Dynamics of Rotational Motion.
11. Equilibrium and Elasticity.
12. Gravitation.
13. Periodic Motion.
14. Fluid Mechanics.
Waves/Acoustics.
15. Mechanical Waves.
16. Sound and Hearing.
Thermodynamics.
17. Temperature and Heat.
18. Thermal Properties of Matter.
19. The First Law of Thermodynamics.
20. The Second Law of Thermodynamics.
Electromagnetism.
21. Electric Charge and Electric Field.
22. Gauss's Law.
23. Electric Potential.
24. Capacitance and Dielectrics.
25. Current, Resistance, and Electromotive Force.
26. Direct-Current Circuits.
27. Magnetic Field and Magnetic Forces.
28. Sources of Magnetic Field.
29. Electromagnetic Induction.
30. Inductance.
31. Alternating Current.
32. Electromagnetic Waves.
Optics.
33. The Nature and Propagation of Light.
34. Geometric Optics and Optical Instruments.
35. Interference.
36. Diffraction.
Modern Physics.
37. Relativity.
38. Quantum Physics I: Photons, Electrons, and Atoms.
39. Quantum Physics II: The Wave Nature of Particles.
40. Quantum Physics III: Quantum Mechanics.
41. Atomic Structure.
42. Molecules and Condensed Matter.
43. Nuclear Physics.
44. Particle Physics and Cosmology.

One of the best
This book is one of the best general physics texts there is. Period. The author(s) took the time to clearly explain topics and answer all those little "Wait, why did you do this?" questions that other texts leave to you to figure out. I still go back to this book instead of Hibbeler's engineering series as the concepts are explained much more clearly and the excersizes are tough to make sure you really learn the concepts. Another great feature of this book is it's easy to understand writting style. Reading the book is just like having a professer explain something to you in person, not a mathenatician reading a theorem out loud, unlike say, Hibbeler. Very good choice overall.

Superb book for the beginning Physics student
This book is the best book out there that I have seen for the beginning Physics student.It is a bit wordy as some of the reviews have said, but I think the authors have done their best to bend over backwards to explain each Physics topic in a simple, clear, and unassuming way for the neophyte.Even as reference, this textbook is invaluable, because it explains concepts down to the nitty gritty detail; unlike a book like Physics by Halliday, Resnick, and Krane which just drops you onto your head expecting you to have some understanding of the subject already.This book is unpresumptious, unpretentious, and yes for some; unsophisticated, but when you're just starting out in Physics, no one expects you to be an Einstein or Feynman right from the start.

This book is one of the worst texts I've read.
It starts off confusing from Chapter One and continues in that manner.Multiple times I was unable to work homework problems from the sections using only the text in this book, relying instead on the internet or a friend's old physics book to help me figure out the matieral that was either glossed over or not covered in this book.

The wording is oftenimprecise, misleading, or generally obfuscated.Useful tables were few and far between, and the math was a confusing mix of Pre-Calc through Complex Analysis (though they never seem to quite spell out exactly what they are getting at, so I feel sorry for anyone using this book before at least Calc II).

The book is paced so that it can be taught to students currently enroled in Calc 1, so if you know more advanced math you should skim it at least once before your class starts to figure out where the material is.

If you have to suffer through a class that uses this wretched book like I just did I strongly recommend getting another calculus based classical physics book to actually explain things, using this book in loose association with your real reference.Note that this book has a love of polar vectors.

If you bother to read through this book as a learning tool, I recommend taking notes as you go because the book is a horrible reference.

The only reason I give this book two stars is I did not spot any actual errors in the book.I give them a point for at least knowing the subject. They however should not be writing textbooks. ... Read more

Book Description
No other book on the market today can match the 30-year success of Halliday, Resnick and Walker's Fundamentals of Physics! In a breezy, easy-to-understand style the book offers a solid understanding of fundamental physics concepts, and helps readers apply this conceptual understanding to quantitative problem solving. This book offers a unique combination of authoritative content and stimulating applications. ... Read more

Customer Reviews (1)

Not bad
The book is not bad, it's more of a problem about the way the examples are written.They written out in text I personally like to see my math done out.I think that would have helped my with the problems a lot more. ... Read more

Book Description
The main objectives of this introductory physics book are twofold: to provide the student with a clear and logical presentation of the basic concepts and principles of physics, and to strengthen an understanding of the concepts and principles through a broad range of interesting applications to the real world. In order to meet these objectives, emphasis is placed on sound physical arguments and discussions of everyday experiences and observations. At the same time, we motivate the student through practical examples that demonstrate the role of physics in other disciplines. The sixth edition features new pedagogy in keeping with the findings in physics education research. The rich new pedagogy has been integrated within the framework of an established and reliable text, facilitating its use by instructors.The full COLLEGE PHYSICS text, which covers the standard topics in classical physics and 20th century physics, is divided into six parts. COLLEGE PHYSICS, VOLUME 2 covers three of those six parts, including electricity and magnetism (Part IV); properties of light and the field of geometric and wave optics (Part V); and an introduction to special relativity, quantum physics, and atomic and nuclear physics (Part VI). ... Read more

Customer Reviews (7)

It wasn't terrible.
4-30-06

I used 7th ed vol. 2 for an online physics course and it wasn't a terrible book.Most of the stuff in here is not at all intuitive, so the nature of the subject matter itself is difficult.You need to work problems to get this stuff in your head, and you have to be self-motivated to study if you're doing an online course.One criticism I have is that the "PhysicsNow" is worthless.They provide no explanation on the website.

If you are reading this review and you need the book, I'll send you the one I have if I still have it.E-mail me at scott340pd@email.com if you're interested.Give me time to check my email account, because this is one I don't use often.

Professors please spare your students
I don't think this book explains concepts very well and it's even worse at teaching how to build on them. Some of the questions at the end of the chapter are very complex but, for people whose last supporting math class was years ago, the chapter often lacks thoroughly worked up examples to help figure out how to build the equation.

In the questions at the end of each chapter there are several problems that have on line coaching at the PHYSICS NOW web site, indicated by the PHYSICS NOW icon. Very often the problems that are indicated in the book are not the ones coached on line.

Volume 2 is published as a separate book but it is really the second half of volume 1. Many of the concepts in volume 2 are dependent on concepts, equations and other data presented in volume 1, but the book lacks an index containing this important information for those who took the first semester long enough ago to have sold the book. DO NOT BUY VOLUME 2 UNLESS YOU HAVE ACCESS TO A FIRST SEMESTER BOOK.

This book is worthless
I used this book for my physics class and I totally hate it. We will be using it again for next semester and I wish they would use a different one. If you are a teacher, please save your studernts from the headache! pick a better book!

Waste of Money
Do not waste your money on this textbook!Even the most basic concepts are poorly explained.Examples are random and rarely help to reinforce the lesson.You can find a much better physics book for a fraction of the price.I can't believe they published this book!!

less than one star... but since there's no zero
This is one of the poorest books I've ever used for learning any subject.This is simply NOT GOING TO WORK if you learn by reading/studying, rather than in class.

I already have a college degree, and I've read thousands of books, and studied from many.Rarely have I found a book this thick that has so little
1) EXPLANATION OF CORE CONCEPTS,
or
2) THOROUGHLY WORKED EXAMPLES OF PROBLEMS.

There is a lot of verbiage but that is all.

DO NOT WASTE TIME WITH THIS BOOK.Without a GOOD teacher, this book is beyond totally useless.With a teacher one can use this book for homework problems, but nothing more.

Since I am doing this as a pre-requisite for medical school, I am using the web and a number of other texts instead.I wish I could find a good thorough text though. ... Read more

Book Description
This best-selling, calculus-based text is recognized for its carefully crafted, logical presentation of the basic concepts and principles of physics. PHYSICS FOR SCIENTISTS AND ENGINEERS, Sixth Edition, maintains the Serway traditions of concise writing for the students, carefully thought-out problem sets and worked examples, and evolving educational pedagogy. This edition introduces a new co-author, Dr. John Jewett, at Cal Poly ? Pomona, known best for his teaching awards and his role in the recently published PRINCIPLES OF PHYSICS, Third Edition, also written with Ray Serway. Providing students with the tools they need to succeed in introductory physics, the Sixth Edition of this authoritative text features unparalleled media integration and a newly enhanced supplemental package for instructors and students! ... Read more

Customer Reviews (17)

Wow. All the colours blinded me.
Wow. The book was so illustrated and so colourful, I got distracted. And, boy, do they like to write...I guess it also combats illiteracy!

I foresee a crucial change in forthcoming editions: the style of the guy's pants in the elevator will go out of fashion and they will have to issue a new edition (it will cost more, however, because printing technology will allow you to see the guy in 3D).

I personally find the "features" in these American-style textbooks to be nothing but distractions. Besides, the level of physics students went down, not up, as physicists will tell you. So how are the pedagogical "features" helping? Accordingly, in truth, the level of the books went down. The reality is that they're targeting a certain niche market here, keep that in mind. Granted, this book has been around. But, for real, it's overpriced and if that is what they made you buy, well, I'm sorry. On the bright side, you could be using Halliday's, in which case you'd be even worse off. Seriously though, this book is representative of a slew of books that are full of fluff and overpriced.

If you feel adventurous, get yourself something with less colour and more math, straight out of the 70s, like Alonso and Finn, or McKelvey and Grotch. I garantee you will get to calculate the apparent weight of fishes in elevators. Besides, come to think of it, hey, all the good math and physics books from Springer and Kluwer are in black-and-white!

Excellent Textbook!
I really am impressed with this textbook.It is one of the most organized texts I have ever used in college.The authors and publisher do an excellent job of "formatting" the topics.All equations are very well marked and numbered.Many other texts throw an equation in the middle of a paragraph and you can never find it when you need it.Not so in this book!You will always find just what you are looking for.

They also do a great job of explaining the topics, with many many examples in each chapter.They provide "quick quizzes" in each chapter with answers at the end of the chapter that allows you to see how you are doing.They make liberal use of colors and illustrations which all help to ease the strain on the eye, and help the mind follow along.

Overall, VERY GOOD BOOK!This book will never leave my library reference collection.

Successful textbook
This is one of the most popular and most useful calculus based physics textbook in the market. Normally if you have a textbook and some problem books such as Thinking like a physicist, Problems for Physics Students etc and work through as many problem as you can, you shall have no problem mastering the concepts and getting A's from your class.

Solid introduction to college physics for scientists and engineers
Next to older editions of Haliday and Resnick, this is probably the best introductory physics text for "college level physics," and I have seen and used most of them after 20+ years of teaching physics.The material in this text does require previous experience with physics (high school or first term algebra-trig based general physics) plus knowledge of introductory calculus.(Limits, continuity, derivatives and integrals - first year calculus, frequently taken concurrently.)I have taught from, and used earlier versions of the text and have found them, (and this), to be good, reliable texts, with good, clear explanations and contemporary applications, with few or no complaints from students.(Physics is a dry subject for many students - this text should help make it a little more palatable, if not interesting.)

The material covered will be challenging for those who do not have the prerequisite background in mathematics, since free and frequent use of derivatives and integrals is made throughout the text, and facility with trigonometry and algebra is assumed.There's a lot of material covered in 38 chapters, from measurements and mechanics through light and optics.(The 39th chapter introduces special relativity, but is frequently skipped by many instructors, though I always present this topic since many students are fascinated by it, as well as by Einstein - thanks to PBS and Discovery specials. However, relativity is usually the first topic covered in the follow-on modern physics course.)

There are many well done diagrams, graphs, drawings and photographs to help visualize the explanations and examples.Special "blue boxes" highlight historical notes and include pictures of historical figures.Qualitative (conceptual) 'Questions' follow each chapter as well as 'Problems' (color coded by degree of difficulty), some iconed for computer/calculator numerical solution or simulation or on-line "coaching" using the free PhysicsNow web-based learning system.The reading material in each section is also complemented with 'Quick Quizzes' with answers at the end of each chapter.Many complementary example problems are worked completely in the reading and appendices are included at the end of the text for all essential mathematical techniques, including derivatives, integrals and error propagation. The back and front covers (with adjacent heavy pages) provide essential and easily accessible information on units, conversions, physical or useful constants and symbology used in the text.

The text contains no chapters on atomic or nuclear physics (Bohr atomic theory, quantum mechanics, periodic table structure, etc.) because these are topics also usually covered in a separate follow-on modern physics course for "scientists and engineers."

I rated the text 4 stars because it is divided into 39 chapters, rather than ~30, which would be more helpful, I think, for a two 15-week semester or three 10-week quarter sequence of courses in "college physics" for scientists and engineers.

To learn the fundamentals of physics
I had used Serway's textbook before the second author joined. Different editions may exhibit slight differences, but this book is very suitable for those who want to gain a solid fundamental in physics. I believe this book is intended to address freshmen and sophomores, who major in math, sciences and engineering and it executes this task very successfully. It requires knowledge of calculus for better understanding.

The chapters do not contain excessively long, boring discussions; rather, they are presented with adequate discussions. Worked-out problems are especially beneficial to understand the concepts. If one solves and understands these examples, they can attack the end-of-chapter problems more easily. The end-of-chapter problems are classified into 3 categories; standard difficulty, medium difficulty and challenging problems. Therefore, a student can make use of his time according to the level of difficulty of his course, background etc. If you little time to practice and a fair knowledge of the subject matter, you could easily start with medium level problems and try the harder ones as well.

Some chapters contain some interesting articles about everyday physical phenomena which are related to the concepts presented. Hence, the student has a chance to relate theory and life and get a more profound comprehension of physics.

Answers to odd-numbered problems are given in the back of the book, so you can check your results. Many numbers used in these problems are not hard to tackle without a calculator. A smart student can solve many problems with a pencil and paper. ... Read more

Book Description
Do you have a handle on basic physics terms and concepts, but your problem-solving skills could use some static friction? Physics Workbook for Dummies helps you build upon what you already know to learn how to solve the most common physics problems with confidence and ease.

Physics Workbook for Dummies gets the ball rolling with a brief overview of the nuts and bolts (i.e., converting measures, counting significant figures, applying math skills to physics problems, etc.) before getting into the nitty gritty. If you’re already a pro on the fundamentals, you can skip this section and jump right into the practice problems. There, you’ll get the lowdown on how to take your problem-solving skills to a whole new plane—without ever feeling like you’ve been left spiraling down a black hole.

With easy-to-follow instructions and practical tips, Physics Workbook for Dummies shows you how to you unleash your inner Einstein to solve hundreds of problems in all facets of physics, such as:

• Acceleration, distance, and time
• Vectors
• Force
• Circular motion
• Momentum and kinetic energy
• Rotational kinematics and rotational dynamics
• Potential and kinetic energy
• Thermodynamics
• Electricity and magnetism

When push comes to shove, this friendly guide is just what you need to set your physics problem-solving skills in motion! ... Read more

Customer Reviews (1)

Not all material is covered, not enoughquestions
-Overall, some useful practice problems are included, but there are typos in some of the solutions.

-Briefly reviews the relevant topics before presenting each set of problems.

-There should have been more practice problems.I will consider getting the Schaum's 3000 question set.

-DOES NOT have problems for the last three chapters of new material in the "Physics for Dummies" book (18-Magnetism, 19-Voltage, 20-Light)!!!

-Covers Algebra-based Physics ONLY.Look elsewhere for Calculus-based Physics problems. ... Read more

Book Description
This best-selling introduction to algebra-based physics goes beyond simple numerical problem solving and the application of formulas to challenge readers to explore the basic concepts that are fundamental to understanding physics and to apply physics to their everyday activities and interests (e.g., medicine, physiology, sports, and technology).Covers kinematics in one and two dimensions; vectors; dynamics; circular motion; gravitation; work and energy; linear momentum; rotational motion; bodies in equilibrium; elasticity and fracture; fluids; vibrations and waves; sound; temperature and kinetic theory; heat; and the Laws of Thermodynamics. Provides problem-solving notes; careful hints; problem-solving boxes; highlighted equations; and practice problems. Features photorealistic and 3D art to help readers visualize physics at work.For those in medical, agricultural, technology, and architectural fields needing a review of algebra-based physics. ... Read more

Customer Reviews (51)

errors in Giancoli
6th Edition: For number 24, pg. 40, it is incorrect to ask about the "average acceleration" of the sprinter.One has to assume that the rate of acceleration is constant or one will not be able to solve the problem.

This is just one of many errors in this book, although none of the errors I have seen are severe.

The problem reads:
"A world-class sprinter can burst out of the blocks to essentially top speed of about 11.5 m/s in the first 15.0 m of the race.What is the average acceleration of the sprinter, and how long does it take her to reach top speed?"

To figure out why one cannot find the average acceleration without assuming that the acceleration is constant, imagine that the sprinter falls off the blocks, picks herself up and then blasts up to 11.5 m/s within the 15.0 m.Her average acceleration is (v - vo) / t, but t in this case is much larger than it would be compared to the normal situation where she pushes off and essentially accelerates uniformly.But remember, the problem only asks for average acceleration!

More mathematically to the point, let her velocity be v = c t^2, instead of the usual v = a t.This is not disallowed by the notion of average acceleration, but it does lead to different answers.Therefore, one needs the additional assumption that acceleration is constant.

Since runners don't accelerate at a uniform rate, we could state that we are simplifying the problem with this assumption, but Giancoli doesn't do this.This is an example of his sloppiness in the name of pedagogy.

Three words. Not very good.
Those three words really are a very good description. The book isn't very good at all. I used this book in AP Physics (B), in all honesty it was just terrible. It was uninteresting, and confusing. If you're going to buy an introductory Physics book, consider Physics (2 Vol. Set). But as always you can't really go off of another person's opinion, as everyone seems to learn best in their own unique styles, so scan through the books.

Another Algebra-Based Physics Textbook!
I have taken three straight years of Physics in highschool.I took it sophomore, junior, and now senior year.Each year, I used a different book.I was given this book for AP Physics B (Junior Year), an algebra-based Advanced Placement Physics course.

Overall, the book's examples don't truly help much with the more difficult problems.Explanations aren't very clear, and the key points aren't highlighted.Examples are boring, and questions are less than exciting.How am I to be motivated to perform numerous number crunches with algebra when the questions and writing are so dry?

There is a lot of information in this book, and some of the explanations are good (it's pretty difficult to mess up Kinematics), but the book stumbles in its explanations of many important Physics topics--including Fluid Mechanics and Modern Physics.

Overall, not a great text, but it is very difficult to find a nice Algebra-based Physics text that is as intellectually challenging and in depth.Be wary, if you are not a Physics geek, you will have a hard time plowing through this book.

A student's perspective
As one reviewer stated before me, these books are the reason why people are afraid of physics.

I have had the horrible misfortune of using this book during my senior year of high school...it is horrible...horrific...detestable...coarse to the mind.The most criminal error that I can point out is that this book does not have a GLOSSARY.A school textbook without a glossary?Give me a break.

The text reads like a conversation.Apparently Giancoli didn't pay very much attention in English class.One should not write educational text the way he or she speaks.One should state facts in a way that clearly defines what needs to be said.The positively criminal lingo of the book goes on tangents constantly and really breaks up the progression of the information.

Also, the author tends to call an element of a concept one thing, but substitute it with a variable that is totally different.It is clear that Giancoli assumed that everyone who was reading this book already knew physics vocabulary and was looking for a refresher course.Apparently Giancoli, the god of physics, could teach the experts more than they could ever dream.Throw me a bone here...his writing is crap.This book is being distributed to highschools and is also used at the university level.These are LEARNING stages.LEARNING.That's something that one can't do with this horrible book.

It's criminal.Absolutely criminal.Physics isn't a scary thing, nor is it impossible.Don't let books like these scare you away from the subject.It's just a few selfish, cocky scientists that wish to exclude others.

Giancoli, I hope your 6th edition was better...much better.Otherwise, schools will be wasting even more money on garbage.

Informative
Comprehensive and thorough. A must for anyone who needs an understanding of applying calculations to actions. I found this book to be even paced and very understandable. ... Read more

Book Description
The Princeton Review realizes that scoring high on the AP Physics B & C Exams is very different from earning straight A’s in school. We don’t try to teach you everything there is to know about physics–only the strategies and information you’ll need to get your highest score. In Cracking the AP Physics B & C Exams, we’ll teach you how to

·Use our preparation strategies and test-taking techniques to raise your score
·Focus on the topics most likely to appear on the test
·Test your knowledge with review questions for each physics topic covered

This book includes 2 full-length practice tests, one each for Physics B and Physics C. All of our practice questions are just like those you’ll see on the actual exam, and we explain how to answer every question. ... Read more

Customer Reviews (12)

Cracking the AP Physics works
A very detailed book with study helps to assist the physics student in the entire discipline of physics.There are numerous problems and concepts that are important to know to have an understanding of physics.
Very useful.

Five stars for Physics B; Three stars for Physics C
There is very little to add to what the previous reviewers have said regarding the Physics B portion of the material in this book.It is indeed an excellent study guide for that exam.

I would rank the book a little lower on its coverage of the Physics C material.Let me preface the following by saying that I bought this and several other textbooks, guides, and multiple choice questions, and free response questions (the latter two available either for free or for purchase off the AP services web site).In addition, I attempted to teach my daughter the subject on our own time given the complete lack of effective instruction by her physics teacher at school. It became clear to me that the Physics C exam is written to test "cleverness".The Physics B part can be passed by sadly only knowing the right formula and how to plug in the numbers - this cannot be done on the Physics C exam. The Physics C exam is not about complicated formulas nor long derivations.You need to get the answer within one or two steps - if not, you are on the wrong track. In order to do this, you need to have seen a similar type of problem before.This book doesn't do that effectively on its own - but if you've got a decent physics instructor, the combination of both will suffice for the exam.

It is clear that the book is primarily concerned with Physics B and supplements a little extra (as needed) in the mechanics and E&M section for the harder Physics C exam.As a stand alone "text", it will fall short of the mark for the tougher Physics C exam. In summary, if you are going at this alone, buy this and the Physics C guide authored by Mooney.If your in a decent class, then this book will suffice.

another compliment
This book is great:
+lessons are concise but very thorough
+all examples and questions have answers and most have explanations.
+it's easy to distinguish between [B] and [C] topics

-But be sure to check central for a thorough list of topics on the test
-There are a few mis-edits or explanation with computational errors. These are rare but can give you a headache for a few minutes until you figure out the error.

Conclusion: If you read a section, and comprehend it, you won't be baffled by any question in that topic come test day (I mean it).

Great Book With a Few Shortcomings
The book was everything I expected it to be.I particularly liked how it taught a topic that was immediately followed by a sample problem.Comparing this book to the Kaplan one, I found this book to translate rather difficult concepts into much easier ones.The one thing that I would change is a stronger Gravitation section.This seemed to be my weakest area out of all of them.

At times too thorough, at times too sparse
This book's strength lies in the many practice questions it offers, and the thorough explanations of each that it offers. However, sometimes new content is thrown into the body of the questions, so to make sure you have mastered the all of the material you sometimes need to do all of the questions in addition to reading the text to make sure you are familiar with everything that the AP tests. Also, some sections of the book (most notedly the ones on electricity and magnetism) go into too much detail, while others (on waves, fluid dynamics, and nuclear physics) I did not felt went into enough detail for me to feel comfortable that I knew the material backwards and front. Another flaw of the book is that there are an incredible amount of typos- sometimes its just annoying misspellings in the text, but more often than not they are flaws in the practice questions-just minor things, but enough to take precious time away from last-minute cramming. I also caught an algebraic mistake in one of the explanations to the questions, that resulted in them providing the incorrect answer. I am giving it four stars, though, because in the end it did prepare me well for the test (I took Physics B) In fact, there were exactly two multiple choice questions that were almost exact repeats of problems this book has, which was a pleasant surprise. ... Read more

Customer Reviews (6)

A lot to offer for different learning styles.
A good textbook. It has different types of examples and pictures for different types of learners.

Worst text book ever
This is without a doubt the worst text book I have ever had to use.Often times when you take 100 level classes you have not been exposed to alot of text books, so one book is as good as any other.But seriously, this book sucks.

When doing kinematics I copied the problems out of the book and then used my Statics/Dynamics book (Applied Mechanics Engineering Technology 8th ed.) to solve them.When i was doing pressure and gas problems I used my old chemistry book(Chemistry: The Molecular Science) to solve them.

Why did I do this?Because Giancoli's formulas, theories and laws are buried in huge blocks of text.In the other books if I needed a formula, it was highlighted, bolded, or in it's own outlined block.Giancoli lumps problem solving and examples it into paragraph form, the other two books break the problem up and write it out in the same manner in which you would write it were you to solve the problem.

Oh, and the study guide STINKS!Don't waste your money on either book and tell your professors to get a different book too!

Perfect Pysics Book
The perfect book to study physics. Many pictures and great problems. It applies physics to everyday life and makes physics very interesting. A great book for all levels of study: high school, college, university, grad school, etc.

Learn to Run Before You Can Walk with Giancoli's "Physics" . . .
While I wouldn't call this a bad book, I find myself rather frustrated with it. It seems to me to be most ideally suited for those who either have a natural inclination for physics or those who have plenty of spare time in which to contemplate solutions for the problems. (Unfortunately, I have neither.) The chapters themselves are actually fairly well done, but, in my opinion, not well enough to provide all the necessary information and insights to successfully solve the problems. I've opted to discontinue my attempts to work through this book in favor of Cutnell and Johnson's text of the same title.

outstanding
I used Giancoli as my primary text in high school, and found it to be a superb text. I think those complaining of a lack of worked problems are missing the entire point of this text and the essence of studying physics. This book is about understanding physics principles and the equations you use to solve physics problems. You will find that with this understanding (certainly provided by this excellent text), the need for mindless ploughing through physics problems is lost. You will be able to solve physics problems on the basis of your conceptual understanding of the problems. So many students rely on rote learning and repetition by doing hundreds of questions. Sure, you might be able to attack similar problems for the next week or so, but as soon as you stop practicing, the skill is lost. True mastery of physics comes from appreciation of principles, not mere recognition of patterns in problems...this text will help you achieve such an appreciation.
... Read more

Book Description
Achieve success in your physics course by making the most of what PHYSICS FOR SCIENTISTS AND ENGINEERS has to offer you. From a host of in-text features to a range of outstanding technology resources, you'll have everything you need to understand the natural forces and principles of physics. Throughout every chapter, the authors have built in a wide range of examples, exercises, and illustrations that will help you understand the laws of physics AND succeed in your course!Available with most new copies of the text is CengageNOW for Physics. Save time, learn more, and succeed in the course with this online suite of resources that give you the choices and tools you need to study smarter and get the grade. Receive a personalized study plan based on chapter-specific diagnostic testing to help you pinpoint what you need to know NOW, and interact with a live physics tutor through the exclusive Personal Tutor with SMARTHINKING program to help you master the concepts. ... Read more

Book Description

Customer Reviews (16)

Thought Experiments in Physics
This book by Epstein is one of my better investments for secondary school (or undergraduate/graduate) physics books. Although I do not use it as a text, I have taken advantage of the problems posed within as warm-up questions to engage the students on the topics at hand(in addition to the hands-on demonstrations.)My students can really get fired up by some of the classical problems and the illustrations that accompany every questions within. The answer keys are highly intelligible as well as entertaining.

However, do not underestimate the questions as merely for the beginning students of physics: they are far from that realm.Some of the questions are challenging enough even for the professional physicists, and in fact even for Newton himself.

If you are intrigue, go buy it.

A must for every teacher
Simple, but non trivial, conceptual problems with clear, insightful, elegant solutions without math. For everyday use to challenge students' minds.

Really makes you think.
Think you know physics?The simple questions posed in this book will show you if you do.It is approachable enough for a lay person to pick it up and take a crack at it.The solutions give great insight for the seasoned physicists and newbies.

Elegant, brilliant answers
Epstein presents a bunch of physics problems, and solves them all -- almost without any math -- with clear, insightful, elegant solutions. A brilliant book useful from grade 10 to grad school.

Very Useful Book
No, this isn't a perfect book.Some of Lewis' explanations are a bit vague and some are incomplete but despite these minor flaws this book does a wonderful job of explaining important concepts of physics in very simple terms.

I can't think of anyone who wouldn't benefit from reading this book.Oh yes, it's a fun read too! ... Read more

Customer Reviews (1)

My opinion
Nice and useful book. It is well-organized and covers the basic concepts of Physics required for the SAT Physics Subject Test. Material is presented clearly with some quizzes in the end of each chapter. I also liked the full tests (one diagnostic and 3 in the end).

The only disadvantage of the book: although it covers the basic concepts in Physics, it doesn't cover more advanced and more difficult aspects and questions. I think the book should be accompanied by Barron's Physics book for an integrated studying. That's what I did and scored 800! ... Read more

Book Description
No other book on the market today can match the 30-year success of Halliday, Resnick and Walker's Fundamentals of Physics! In a breezy, easy-to-understand style the book offers a solid understanding of fundamental physics concepts, and helps readers apply this conceptual understanding to quantitative problem solving. This book offers a unique combination of authoritative content and stimulating applications. ... Read more

Product Description
This book provides a comprehensive introduction to the physics of the photovoltaic cell. It is suitable for undergraduates, graduate students, and researchers new to the field. It covers: basic physics of semiconductors in photovoltaic devices; physical models of solar cell operation; characteristics and design of common types of solar cell; and approaches to increasing solar cell efficiency. The text explains the terms and concepts of solar cell device physics and shows the reader how to formulate and solve relevant physical problems. Exercises and worked solutions are included.

Contents: Photons In, Electrons Out: Basic Principles of PV; Electrons and Holes in Semiconductors; Generation and Recombination; Junctions; Analysis of the p n Junction; Monocrystalline Solar Cells; Thin Film Solar Cells; Managing Light; Over the Limit: Strategies for Higher Efficiency. ... Read more

Customer Reviews (1)

Good
Though it is of softcover instead of hardcover edition, but totally new and mailed quite quickly. ... Read more

Customer Reviews (16)

Worst physics textbook I've read
This textbook is terrible in every way possible.If you like looking at mathematical equations, and then reading paragraphs of text that pretty much restate the equations in words, then this book is for you.This book is about as dry as it gets, and horribly uninformative.

On the other hand, if you're actually interested in physics and are looking for a book that will explain concepts to you... look elsewhere.There are no concepts in this book.There are only equations and poorly written paragraphs about those equations.The authors do not seem to even have a firm grasp on physics, for when they do try to give conceptual explanations, they are horribly flawed and useless.One example: in explaining what a metal is, the authors suggest that you imagine a lattice of fixed atoms inside of a "gas" of electrons.This is just wrong.The atoms are fixed?How?Why are they fixed?In reality they are not fixed, but vibrating, and no attempt is made to address why this is so.

In fact, if you like asking "why", you're already out of luck.The authors have not left anything of value for you.I was forced to buy this textbook for my Modern Physics class, and I've now developed an intense loathing of it.The only educational service this textbook provides is as a great example of what *not* to do.

Somewhat frustrating
This book's explanation on materials can be arduous and a bit unnecessary -- I think the writers could instead provide concise, intuitive material to more effectively guide readers.

The examples/exercises should be revised for errors and more detailed documentation.

I would say this book is still readable -- bring it along when you're bored.

This book should be banned from bookstores world-wide!!
The information in the book is readable, but one doesn't learn the material just by reading it. The problem with this book is the homework problems (no pun intended). The book does not provide enough detail to help tackle some of the problems in the book. Often times, I would have to seek other resources (google, other books, etc.). As a matter of fact, most of the information in this book could be found and explained better on the internet, which is free by the way.For those who don't have a "death-grip" in mechanics, beware. You will be on your own with this book.
I believe that there are better books out there on Modern Physics. Please consider other Modern Physics text.

One of the better textbooks on modern physics
Classical physics has rules for how matter and energy behave on the normal scale of observation. Modern physics concerns itself with the behavior and rules of matter and energy on the very large or very small scales of observation. Modern physics is further subdivided into quantum physics and the theory of relativity. This is a pretty good book on these subjects, although it is far from perfect.

Quantization [Chapter 3] sets the stage for delving into the mysteries of the very small. Nuclear Atom [Chapter 4] discusses the "old" quantum theory of Bohr and its beautiful description of one-electron atoms. Wavelike Particles [Chapter 5] brings in an entirely unexpected way of thinking about our old friend the point mass: it can act like a wave under the right conditions! Elements of the Schrodinger Approach [Chapters 6 and 7] puts a particle into various kinds of "boxes". The goal is to understand the Hydrogen atom. Statistical Physics [Chapter 8] gives the quantum way of thinking about large assemblies of interacting particles.

Part 2 of the book explains the idea of molecular structure and spectra [Chapter 9] as an introduction to applications of Modern Physics. Next is the topic of Solid State [Chapter 10], which tells us about electrical and thermal characteristics of swarms of electrons and the effect of periodic lattices on them. Finally, the textbook touches on Nuclear Physics [Chapters 11 and 12], the study of the behavior of the atomic nucleus itself, and how that behavior can be exploited to liberate gigantic amounts of energy. The book concludes with Particle Physics [Chapter 13], which is also called "high energy physics", because many elementary particles do not occur under normal circumstances in nature, but can be created and detected during energetic collisions of other particles, as is done in particle accelerators.

Now in its 4th edition, this is not the most colorful text out there, but it more than makes up for that lack by its clarity and its breadth. I think it is truly the best Modern Physics textbook in print. The book has a companion website where each chapter has additional material, including sets of digressions into specific topics, beyond the paper text. There's another appendix, too, and in fact an entire extra chapter on the subject of Cosmology. I took away one star only because some of the derivations are somewhat lacking. I recommend this text to any student interested in this subject who has already had a year of general college physics and two semesters of calculus. The following is the table of contents:

PART 1. RELATIVITY AND QUANTUM MECHANICS: THE FOUNDATION OF MODERN PHYSICS
Chapter 1: RELATIVITY I
Chapter 2: RELATIVITY II
Chapter 3: QUANTIZATION OF CHARGE, LIGHT, AND ENERGY
Chapter 4: THE NUCLEAR ATOM
Chapter 5: THE WAVELIKE PROPERTIES OF PARTICLES
Chapter 6: THE SCHRODINGER EQUATION
Chapter 7: ATOMIC PHYSICS
Chapter 8: STATISTICAL PHYSICS

PART 2 APPLICATIONS
Chapter 9: MOLECULAR STRUCTURE AND SPECTRA
Chapter 10: SOLID STATE PHYSICS
Chapter 11: NUCLEAR PHYSICS
Chapter 12: NUCLEAR REACTIONS AND APPLICATIONS
Chapter 13: PARTICLE PHYSICS

As an aside, might I mention that the two impediments to understanding modern physics - visualization of concepts and also the mathematics involved - are treated quite well in two other relatively inexpensive books. For visualization of modern physics, try "Physlet Quantum Physics: An Interactive Introduction". For an excellent treatment of the mathematics of physics try "Mathematics of Classical and Quantum Physics". Both of these books are meant to be supplements, not course textbooks.

Just in time!
This book has helped me in my modern physics class. I bought it just two weeks before my first test and it arrived in just one. Thank you. ... Read more

Book Description
After a brief introductory chapter, Factory Physics 3/e is divided into three parts: I – The Lessons of History; II – Factory Physics; and III – Principles in Practice.The scientific approach to manufacturing and supply chain management, developed in Part II, is unique to this text.No other text or professional book provides a rigorous, principles-based foundation for manufacturing management.The Third Edition offers tighter connections between Lean Manufacturing, MRP/ERP, Six Sigma, Supply Chain Management, and Factory Physics.In addition to enhancing the historical overview of how these systems evolved, the authors show explicitly how users can achieve Lean Manufacturing objectives (faster response, less inventory) using the integration aspects of MRP/ERP/SCM systems along with the variance analysis methods of Six Sigma.Factory Physics provides the overarching framework that coordinates all of these initiatives into a single-focused strategy. ... Read more

Customer Reviews (14)

It was a good deal too
The Book was in Excellent shape. It was a good deal too

thank you

Theoretical background for Operations Management - setting a new standard
This book provides you with the fundamental insights of manufacturing and assembly. Even though I do not like statistics to much, the book is written in a understandable manner and provides the fundamental knowledge to understand what is going on in manufacturing. Based on this knowledge, the flaw of MRP-systems are even explained as well as the basics of JIT/Lean. The book provides mainly the hardfacts of this science and for practical people, reading first Quick-Response-Manufacturing (from Rajan Suri) might be the easier way for many of us and gives you the motivation to take a deeper look later on - as provided by Factory Physics.

Factory Physics describes not only how to describe a single workstation and the interactions between many of them, than as well the great importance of variability reduction in a production line and how to analyse it. CONWIP-lines, as a mix of push-pull, are a central key in this book and a simple way to analyse the performance of any system is provided by the book. This book, together with Quick-Response-Manufacturing (this book includes important softfactores as well) have changed drastically my way of operational thinking and given me a sense, which system to apply (QRM or JIT/Lean) and why. The insight can even be used for services as well. One central point is the utilisation of a workstation and the knowledge, that the more you reduce variability in arrivals and processing, the higher the utilisation can be - still achieving low lead times. You will find as well important and simple laws helping you out in the daily business (Little's law and queueing theory).

As for JIT/Lean, lead time reduction can use the same japanese tools:

- SMED: setup-time reduction (lot sizes for reduction in lead time and WIP)
- TPM: productive maintenance (higher machine availability and decrease of variability)
- ZQC: fool-proof quality inspection for Zero defects (against capacity lost and to decrease variability)

All the books mentionned above, have a big advantage over traditional SCM-books: they provide you with a framework how to trim a single chain-element of the supply-chain and therefore how to built the whole supply chain. The operational strategy should be derived from the overall company strategy and with this new insights you can tailor a unique production system that fits your company's goals - or even give you an advantage over your competition. Anyway, it will not make obsolet the importance of having a sound and consistant overall business strategy (for your markets) first!

Enjoy reading, Best Regards

written with the heart of a teacher
Though the two authors are consultants, they are foremost - teachers. What is useful, and kind to a degree, is they put an effort to explain the numbers as pragmatic as possible. That idea made this book very accessible. To the industrial engineers or those who are involved (and passionate) in operations or in understanding systems - next to the Industrial Engineering Handboook, this should be in our library.

Exceptional enlightened and insightful!
I found this book to be very insightful.It helps to explain many of my own observations in my factory.The authors did an excellent job of explaining the key concepts using only average use of mathematics and in simple layman's terms.The readers will only need basic mathematics/beginner calculus, and basic statistics.Reading it was like discovering new ideas to implement in the factory to quickly realize efficiencies and cost savings.It was one of the best books I have laid eyes on in a very long time.

I highly recommend this book for every mfg and production engineers working in assembly or automation-driven factory.This book is not applicable to chemical processing, thus may not bring significant values to chemical or petroleum engineers.

Excellent and valuable book
This is the best course textbook I have had so far over about ten industrial engineering courses (and I have had some very good textbooks and courses).The book basically describes how to analyze and improve manufacturing operations through examining key areas that include: variability and its sources, push and pull systems, and supply chain management.

The authors approach is to present ideas in a very clear and relevant way.What I particularly like is that they do a great job putting things into perspective in a style that is highly readable.While there is some math involved if one wants to delve into the details that are in side notes, a basic understanding of calculus is more than sufficient.The authors are clearly very bright and, more importantly, are able to communicate very effectively and with a sense of humor.

This book can definitely be read on a stand-alone basis outside of a school environment.Many of the central ideas are very valuable. ... Read more

Book Description
-Would the bus in Speed really have made that jump?
-Could a Star Wars ship actually explode in space?
-What really would have happened if you said Honey, I shrunk the kids?

The companion book to the hit website (www.intuitor.com/moviephysics), which boasts more than 1 million visitors per year, Insultingly Stupid Movie Physics is a hilarious guide to the biggest mistakes, most outrageous assumptions, and the outright lunacy at work in Hollywood films that play with the rules of science.

In this fascinating and funny guide, author Tom Rogers examines 20 different topics and shows how, when it comes to filmmaking, the rules of physics are flexible.

Einsteins and film buffs alike will be educated and entertained by this wise and witty guide to science in Hollywood. ... Read more

Customer Reviews (3)

Fun and informative
A witty and well-written work that debunks many of the insultingly stupid stunts in modern American films. The author gets high marks for both creative and interesting prose as well as first-rate physics. The book is rigorous and meaty without dragging or rambling. I highly recommend this work for teachers, scientists and movie buffs alike. For even more fun, readers should also check out the author's website.

At last - A book that explains why movie science is lousy.
This book says what I've been saying most of my life.Typically I'll see a movie and say to my friends, "That's impossible" to which they vehemently insist it is possible.I've never been able to explain WHY certain movie scenes are impossible, but now I can use this book (and the website) as a handy reference.For example:Why the Italian Job could not have fit Mini Coopers down a 6-foot-wide hallway (because the car is too big to turn around corners).

Great book.Well-written.I read the whole thing in a single day, because I couldn't put it down.

A Great Book Full of Scientific Common Sense
When people think of physics, they often think with horror about its more abstract sub-disciplines such as quantum mechanics, relativity, elementary particles, cosmology, etc. As a result, many people shy away from this most basic of sciences. But one thing that this book makes perfectly clear is that much of what we see in everyday life is easily explainable (or analyzable) using the elementary physics that one learns in late high school and perhaps early university courses. Using this most basic physics, the author has done an absolutely superb job of dissecting the scientific credibility of modern movies using the scalpel of Newtonian physics and the laws of thermodynamics. The movies discussed are action/adventure/science fiction/fantasy-type movies, i.e., movies that are more prone to stretching and outright breaking the basic laws of physics for the benefit of added spectacular effects. Equations are included throughout but in special boxes for those who are more technically inclined. The writing style is very clear, most engaging and very tongue-in-cheek (even hilarious) when discussing matters related to the scientific literacy of Hollywood movie makers. This book can be enjoyed by everyone; however, it will likely be most enjoyed by science buffs and movie aficionados alike. It could also be used as an exciting complement to any basic physics courses. ... Read more