On some mean value theorems of the differential calculus
Joaquin B. Diaz, Rudolf Výborný
Abstract
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Joaquin B. Diaz, Rudolf Výborný
Abstract
Open-access reader
A general mean value theorem, for real valued functions, is proved. This mean value theorem contains, as a special case, the result that for any, suitably restricted, functionfdefined on [a, b], there always exists a numbercin (a, b) such thatf(c)−f(a)=f′(c)(c−a). A partial converse of the general mean value theorem is given. A similar generalized mean value theorem, for vector valued functions, is also established.
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A general mean value theorem, for real valued functions, is proved. This mean value theorem contains, as a special case, the result that for any, suitably restricted, functionfdefined on [a, b], there always exists a numbercin (a, b) such thatf(c)−f(a)=f′(c)(c−a). A partial converse of the general mean value theorem is given. A similar generalized mean value theorem, for vector valued functions, is also established.
Key concepts: Mathematics, Mean value theorem (divided differences), Converse, Mean value, Fundamental theorem of calculus, Differential calculus, Value (mathematics), Function (biology)