the log of, open paren, plus close paren Speech: x y, The function the log, base of Speech: b, x the log, base of, open plus close paren Speech: b, x y, The ln function l n Speech: x l n of, open paren, plus close paren Speech: x y, Preference: LnAsNaturalLog (Log_LnAsNaturalLog.eqp) The log function (speech is the same as for the Argument is (see p. 11) log Speech: x All arguments the log of, open paren, plus close paren Speech: x y, The function (speech is the same as for the the log, base of Speech: b, x the log, base of, open paren, plus close paren Speech: b, x y, The ln function natural log Speech: x the natural log of, open paren, plus close paren Speech: x y, Implied Times Some Preliminary Remarks Sometimes expressions of the form entry1(entry2) or entry1[entry1] represent products, and sometimes they represent functions. Therefore, both the ImpliedTimes and Functions rules and preferences could apply to such expressions. The speech for such expressions is determined as follows.
Speech: the log of, open paren, x plus y, close paren The function Speech: the log, base b, of x Speech: the log, base b, of, open x plus y, close paren The ln function Speech: l n x Speech: l n of, open paren, x plus y, close paren Preference: LnAsNaturalLog (Log_LnAsNaturalLog.eqp) The log function (speech is the same as for the Argument is (see p. 11) Speech: log x All arguments Speech: the log of, open paren, x plus y, close paren The function (speech is the same as for the Speech: the log, base b, of x Speech: the log, base b, of, open paren, x plus y, close paren The ln function Speech: natural log x Speech: the natural log of, open paren, x plus y, close paren Implied Times Some Preliminary Remarks Sometimes expressions of the form entry1(entry2) or entry1[entry1] represent products, and sometimes they represent functions. Therefore, both the ImpliedTimes and Functions rules and preferences could apply to such expressions. The speech for such expressions is determined as follows.
ClearSpeakRulesAndPreferences.docx