Mathematics/Discrete Math: Difference between revisions
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Discrete Mathematics deals with structures that are, essentially, non-continuous. To put it another way, elements of discrete math always have distinct, separated values or levels.<br> | Discrete Mathematics deals with structures that are, essentially, non-continuous. To put it another way, elements of discrete math always have distinct, separated values or levels. | ||
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Often times, discrete mathematics deal with countable sets. | Often times, discrete mathematics deal with countable sets. | ||
== Topics == | == Topics == | ||
* [[Discrete Math | * [[Mathematics/Discrete Math/Propositional Logic|Propositional Logic]] | ||
* [[Discrete Math | * [[Mathematics/Discrete Math/Sets|Sets]] | ||
* [[Mathematics/Discrete Math/Proofs|Proofs]] | |||
* [[Mathematics/Discrete Math/Relations and Functions|Relations and Functions]] | |||
* [[Discrete Math/Graphs|Graphs]] | |||
Latest revision as of 17:24, 25 October 2020
Discrete Mathematics deals with structures that are, essentially, non-continuous. To put it another way, elements of discrete math always have distinct, separated values or levels.
Often times, discrete mathematics deal with countable sets.