Anybody would recommend  me a good physics book about Magnetism and Electromagnetism?
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Check out the "Association of Old Crows" website.  I'm pretty sure they have a recommended book area.  They can get complex though.  So read the descriptions too.\n\nAlso, if you feel like being adventurous.  There is always the library.  Where you can see if the book meets you needs.\n\nGood luck & study hard.
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hmmm... \n\nWell the book that got me turned on to physics was "The source book on atomic energy"\n\nThis book starts off at newton and goes up to the nuclear reactors and basicly every thing that was known about nuclear technoolgy at the time (the book is about 50 years old).  It is not quantum mechanics, but it is modern physics.  And modern physics is the start to quantum.  It will give you ALL the backround that you need to know to start to really learn quantum. Also it is very easy to read (I read it the summer after my freshman year in college)  \n\nanother serise of book (also not quite to hard quantum yet) are the "Mr Tompkins" series.  he describes things like the atom and relitivity very well and in a hands on approch.  \n\n\nNow for quantum... I did read one decent book, but i can not remeber what it was.  Just go to your local library and do a search for quantum mechanics and pick up the shortest paper back you can find.  they are all written by very smart people and they are writen so that every on can under stand them.  \n\nI am sorry I did not help to much with a Quantum book, but the other two books that I recomended are very good and will put you directely on the right path towards understanding modern physics,  and you can not understand quantum with out understanding modern (actualy there is usualy a bit of quantum is modern physics classes)
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Physics       5th edition\nby Giancoli\nit has a skier on the front spraying some snow\n\nhttp://www.amazon.com/Physics-Principles-Applications-Douglas-Giancoli/dp/0136119719/sr=8-2/qid=1164688073/ref=pd_bbs_2/002-9432802-6162468?ie=UTF8&s=books\n\n^^^ found a link on amazon.com \nit's a good book i think
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Electromagnetism is the what allows information contained in electric circuits to actually leave the circuits. Althought he technique by which the information (electric signal) actually leaves the circuit is quite complicated, suffice it to say, that using an antenna, this information can be allowed to travel through air.\nCo-incidentally, even light happens to be an electromagntetic wave. So, you can say that human beings owe their vision to electromagnetism.\n\nMircowaves - an electromagnetic phenomenon allow you to exhange information with satellites, besides of course, allowing you to cook food.\n\nThink about it! Radio, Mobile phone communication etc. all owes its existence to electromagnetism.\n\nThis is course is with respect to electromagnetic wave phenomeona. When you actually think about the fact that one can create artificial magnetics using electric current, the possibilities are limitless
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A Briefer History of Time\n\nThis book was recently published (September 2005) and was written to be an even easier to comprehend version of "A Brief History of Time" (1988) with updates to the state of current understanding in Physics.
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http://www.incredicampus.com/studysmart.php?subcat=physics
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I would do a search on textbook411.com , it is a sire that is all about textbooks
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- They are the basics for all electrodynamical phenomenas (well, unless you go to high energy physics or go to the next "higher" level of abstraction, which would be electroweak interaction and quantum field theory).\n\n- They describe in an elegant way the physics over a HUGE amount of magnitudes. \n\n- They show the symmetry and also the assymmetry (no magnetic monopoles) between electric and magnetic fields.\n\n- They are Lorentz-invariant, which means that they hint to the special theory of relativity.\n\n- They explain why electromagnetic waves need no medium to propagate, which was a real puzzle at that time.\n\n- As they are partial differential equations they inspired phisicists and mathematicians to develop methods to develop more and more methods to solve these type of equations, which are now usefull in all kind of modern physics even in fields like many body quantum physics or high energy physics, that Maxwell never thought of, which closes the circle to what I mentioned first.\n\nIn short: They are a brilliant part of physics. (Although students hate them since the mathematics of partial differential equations is hard to learn ;) )
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hmm if you are looking for simplicity for a microbiology book, try to find   \nMicrobiology by Jacquelyn G. Black (2004) \n\ni absolutely love this book. i mean it make everything so simple and it has many great articles that relates how we can practice our microbiology knowledge to our normal daily lives. some of my friends say that the book is too simple but i loved it.
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There is a very large book called "The Handbook of Chemestry and Physics"  This is a very good reference.\n\nAlso, at Barns & Noble there is a forumla sheet called Physics (SparkCharts).  Very helpful.\n\nFinally, look for the Physics for Dummies.  I have found that when tutoring and teaching, the explainations help me to better understand what is happening in terms that I can communicate.\n\nGood luck in your studies.
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Hello,\nHere is the links I got after spending several days looking for good E-Books sources for free\n\nE-Book different topics:\nhttp://www.bookwarez.org/websites.html\nhttp://www.bookwarez.org/ebooks.html\nhttp://www.avaxhome.ru/ebooks\nhttp://www.khayma.com/gosay/Book/book_e37.htm\n\nAnd this one is specialized in Electronics and Engineering:\nhttp://www.edaboard.com/forum67.html\n\nAnd try searching for any E-Book you like at:\nhttp://www.rapidshared.org/index.php?t=category&n=ebooks\n\nHave a good time reading these books
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http://www.oz.net/~coilgun/theory/solenoidphysics.htm
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http://regentsprep.org/Regents/physics/physics.cfm\nhttp://www.sparknotes.com/physics/\nhttp://www.glenbrook.k12.il.us/gbssci/phys/Class/BBoard.html\n\ngreat sites, the 3rd one is the best
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http://www.vrml.k12.la.us/mike/Intech2/learning_about_magnets.htm\n\nCHECK IT OUT
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NO.......magnetic monopoles havent been discovered yet.\nSo magnetism is still in accordance with Maxwell's equation,\ndiv(B)=0
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Sorry, you're going to have to be a bit more specific than that. Electromagnetics is a rather broad subject.\n\n~X~
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A good book is called the new quantum universe.  You'll need to give yourself a bit of time to absorb all that information.  But it contains all the basic ideas, formulations and explanations to get started