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@@ -327,7 +327,7 @@ Another utility macro is ~when-classified-as~, which takes a ~classification~, a
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,@body))
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#+END_SRC
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-** WORKING Classifications [8/13]
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+** WORKING Classifications [9/13]
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:PROPERTIES:
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:CREATED: <2016-05-02 Mon 13:56>
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:ID: dcce4a6b-1b2d-4638-a82b-0c4917b0698a
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@@ -507,13 +507,14 @@ A multiplicative expression is non-atomic, of any length, and the first element
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(eq '* (first expression))))
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#+END_SRC
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-*** TODO Logarithmics
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+*** DONE Logarithmics
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+CLOSED: [2016-06-15 Wed 00:14]
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:PROPERTIES:
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:CREATED: <2016-05-02 Mon 14:27>
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:ID: 0b733d75-e1ab-413f-8f8a-6a8a47db409c
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:END:
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-# This defines the classifications for logarithmic expressions, for both natural and non-natural bases. For natural bases ($\ln x$), it ensures that expressions are of the form ~(log x)~, and for non-natural bases ($\log_{b}x$) are of the form ~(log expression base-expression)~.
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+There are two types of logarithmic classifications, natural and non-natural. Natural logarithmics are non-atomic, two elements long, and the first element is the symbol ~log~. Natural logarithmics are also non-atomic, but they are three elements long, starting with the symbol ~log~.
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#+Caption: Classify Lograthmics
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#+Name: et-classify-logarithmics
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