What are the 3 most important Universal Laws of Nature and why?
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1)  All courses of action have some advantages and some disadvtantages, however slight.\n\n2) All compound entities are subject to decay and dissolution.\n\n3) e to the i*Pi power plus one equals zero.\n\nThe first two teach open mindedness and humility.\nhttp://mathforum.org/library/drmath/view/53865.html
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Love.  \n\nI believe it is the answer to the universe as well.
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Newtons 3 laws of motion say:\n1) An object at rest tends to stay at rest and an object in motion tends to stay in motion with the same speed and in the same direction unless acted upon by an unbalanced force.\n2)F=MA or force = mass times acceleration. It describes how an unbalanced force acts in the first law. THIS IS THE MOST IMPORTANT DISCOVERY IN ALL THE HISTORY OF SCIENCE!!!!!\n3) For every action, there is an equal and opposite reaction.\n\nNewton also discovered that gravity is a force of attraction between two masses that is equal to the product of the two masses times the gravitational constant divided by the square of the distance between them. Or F=GMm/R^2.\n\nThe combination of all of the above explains all orbits, rocket propulsion, life the universe and everything!\n\n\nThen Einstein comes along and messes it all up. He says that there is a small error in Newton's laws that depends on the speed. For stuff going really fast, Newtons laws are just totally wrong. Gravity isn't even a force at all, it is a curvature in space time.\n\nBut for every day applications, like designing a 747 or computing the path of an artillery shell or a zillion other things, Newtons laws are still used as is because the errors are vanishingly small under normal conditions.
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Physics is the study of laws of Nature.\nIn words of Albert Einstein, "When you say that you have understood the way the natural system works, you have formulated the laws of Physics".\nTo study the laws of nature, we take some measurements. The observation and systematic approach to the result can be termed as Physics.
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Natural law has existed from the begining of time. All other written law stems from natural law. \n\nAn example of a natural law is: Don't steal, or don't kill. \n\nThe reason these are natural laws is obvious. If you steal or kill you in turn will be stolen from, harmed or killed. So, for self preservation, you abide.\n\nOf course these common sense natural laws were later incorporated into the ten commandments, and all other written law.
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Newton's laws of motion.\nConservation of engery.\nConservation of momentum.
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:}\nthe existence of anything\nNo creation without a creator\n\nthat great first cause.
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Law of nature do exist. One may experience it any time in his/ her span of life. Issues related to God are based on firm belief, personal experience. God is a source of all form of energy.
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three laws of thermodynamics\nthree laws of Kepler\nThree axioms of Euclidean geometry \nplus\nE=mc2\n\nhere's your ten scientific "rules"
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Several important points come across in this book.  One is the idea of what constitutes life.  Another is the concept of unintended consequences.  Despite the best planning (the 3 laws), you can't always account for every possibility because you may not even realize what all the possiblities are.  There are always unintended consequences or unforeseen circumstances to even the seemingly best possible design.
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1) Naturally occurring\n2) Inorganic\n3) An ordered crystalline structure
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Yes it the basic and supreme law ever made in science. i holds to anything not only science. u cannot imagine a situation where u can disprove it.\nso naturally its a great law ever made.
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God created everything and that everything includes those laws of physics Everything is there for a certain purpose and that everything is for Mankind to use to develop this planet which is Mankind function.\n\nAlso, laws means that it can be applied to different situations and that means they follow same logic and that proves that its maker should be one and only.\n\nPlease visit http://www.islamisforyou.com/science.shtml for more details\nIf you are in science, you will learn that all these rules point out to one thing which is one creator and exactly the same system whether at atom level or at universal level.\n\nIn Islam which is a religion created a civilization based on promoting science and education as the first God word in Quran is "Read" and as Quran is full of advises to learn about ourselves and the nature around us as means to be sure that God exits and that there is one creator of everything, God privilege sciences as God says "The one fear God the most are the scientists" because their knowledge will lead them to God.\n\nIn Quran, a detailed description of how we come to life starting intercourse event and this proven literally as stated to be very true today.\n\nIslam and Science is really very interesting topic for science people
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Nature is the best, it's a lot better than the rest!\nIf you want to breath some fresh air, \nbe sure to care!\n(about the environment)\nyeaaahhh!!!!\npegasus rules!!
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1) Infinity\n2) Ever Expanding\n3) Since the beginning of time
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I think more than any other thing--more than all other things combined, perhaps--there is a single, most important fundamental that must be understood: The Law of Mass Action.  The barrier to understanding evolution stems from the word "random."  We hear "random," and the instinct is to say, "Bull pucky."  But randomness, applied to the law of mass action, becomes every driving force in the universe, and the origin of all order.\n\nThis is a ubiquitous law in nature.  The hardest part of understanding something like evolution is trying to wrap your mind around the NUMBERS.  Those huge, infinitely-large number that are used to discuss propability are truly mind-boggling.  Once you realize that there are other examples of driving forces overcoming immense odds, your whole perspective on the probability of evolution changes.\n\nTake biochemistry.  This is some stuff that's completely undisputed.  A protein starts as a chain--or several chains--of amino acids, all strung together.  Miraculously, this protein folds into the specific conformation necessary to perform its function by the simple process of RANDONLY banging around.  That's it!  It just bangs this way and that, folds left and right, over and under, driven by nothing more than the RANDOM bumping and shifting caused by thermal energy bumping tiny articles against eachother.\n\nBUT!!!  Once it gets to a thermodynamically-stable conformation, it basically stays put.  It takes a million random bumps left and right, up and down, for each of the two joints connecting every individual amino acid on the thread, but once it goes the right way, it's mission is accomplished.  And all of this happens in the blink of an eye!  We have no concept of how incredibly quickly these minor bumps and bangs occur until the target reaches its mark.\n\nOr take diffusion.  This is an extrodinarily powerful driving force, and the law that governs it is so simple that it sounds absurd!  Here it goes:  It is more probable that something will go from where it is to where it isn't, than it is for something to go from where it isn't to where it is.  Done!  That's it.  I've just told you in a tiny nutshell what chemical engineers spend two years studying with differntial equations, labs, and computer models.  That's thermostatistics summed up.  And yet because I understood that very basic fact, I was able to understand the complex functions of the nerve cell far better than 99% of my molecular biology classmates.\n\nBear with me a bit longer: when a neuron fires, ions rush in and out of the cell in ways that depolarize and repolarize the electrical charge of the membrane.  It's really complicated-sounding stuff.  But what it really boils down to is that potassium ions (K) are concentrated in one place (mostly inside the cell), and sodium ions (Na) are concentrated somewhere else (mostly outside the cell).  All of these ions are banging around, this way and that.  Some go left, and some go right, but the membrane staps them from going through.  The special channels open up.  Na ions, being mostly outside the cell, will be far more likely to go inside the cell--where they aren't--than they are to come out of the cell--where they already are.  THat's all it is--you're more likely to go from where you already are to where you aren't than vice-versa.  It's so simple it stupid.  Yet the movement of any GIVEN ION is COMPLETELY RANDOM--and yet this action happens so quickly and so consistently and so reliably that this become the driving mechanism of all biological activity.  This random ion movement, taken applied to a massive system where thermal bumping happens millions of times per second for biliions of billions of ions happens in a reliable and concerted way every time you blink.  Every pixel you see on your screen right now is the product where trillions of random molecular collisions happened, but a handful of signific
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Free will.\n\nwith out it, non of us would be here.\n\n\n\n\nCTR