The Uncertainty Principle is, basically, summed up in this statement: The more precisely the position of an object is determined, the less precisely the momentum is known in this instant, and vice versa. What does this mean? First of all, it means that if you observe a moving object, you cannot both decide at what speed it is moving, and the precise location, which it is at. If you measure

Also, in Hiesenburges uncertainty principal, the second law of thermodynamics runs parallel with this particular topic. The second law of thermodynamics asks the ancient question about "things going wrong" in our lives, has surprisingly simple answers in modern basic chemistry. (Even things happening to us which cause that painful cry, why me? Why Me?) Still more important to ones philosophy about life, these chemical ideas can and may startle us into seeing and believing how fortunate we all are: that things don't go wrong more often! We'll talk mainly about down-to-earth things, such as common solid objects like wood, metal and other things along those lines not about complex computer chips or programs going wrong (nor about personal relatio

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Approximate Word count = 504
Approximate Pages = 2 (250 words per page double spaced)