Microsoft office Easter egg

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NUMBER CONVERSION

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Number conversion Binary conversion to other conversion Binary to decimal binary to hexa decimal binary to octal  decimal to other conversion Decimal to binary .  decimal to hexa decimal  decimal to octal  octal to other conversion  Octal to decimal   octal to binary octal to hexa decimal  hexa decimal to other conversion  Hexa decimal to decimal hexa decimal to binary hexa decimal to octal
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Boolean algebra

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BOOLEAN ALGEBRA  Boolean algebra was introduced by  George Boole  in his first book  The Mathematical Analysis of Logic  (1847), and set forth more fully in his  An Investigation of the Laws of Thought  (1854). [2]  According to  Huntington , the term "Boolean algebra" was first suggested by  Sheffer  in 1913, [3]  although  Charles Sanders Peirce  gave the title "A Boolean Algebra with One Constant" to the first chapter of his "The Simplest Mathematics" in 1880. [4]  Boolean algebra has been fundamental in the development of  digital electronics , and is provided for in all modern programming languages. It is also used in  set theory  and  statistics . [5 Truth Tables for the Laws of Boolean Definition of Boolean algebra:   Boolean algebra is a six-tuple consisting of a set A, equipped with two binary operations ∧ (called "meet" or "and"), ∨ (called "join" or "or"), a unary o...
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canonical form

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Canonical Forms :          Two dual canonicali  of min terms " and a "product of max terms."             The term "Sum of Products" (SoP or SOP) is widely used for the  canonical form  that is a dis junction (OR) of min terms.               The  SOP  (Sum of Product) and   POS  (Product of Sum) arethe methods for deducing a particular logic function. ...                      The prior difference between the  SOP and POS  is that the  SOP contains the OR of the multiple product terms. Conversely,  POS produces a logical expression comprised of the AND of the multiple OR terms.        SOP Vs POS       CANONICAL FORMS OF SUM OF PRODUCT :  ...
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