Chebychev Polynomials of the First Kind and Whittakers constant

Aderibigbe Anjorin; Saheed Akinbode

Authors

Aderibigbe Anjorin
Saheed Akinbode

provide the conditions required, the domain of effectiveness, order and type of the polynomials

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Chebychev Polynomials of the First Kind and Whittakers constant. (2015). Global Journal of Science Frontier Research, 15(F2), 19-35. https://journalofscience.org/index.php/GJSFR/article/view/1533

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References

Z Kishka, A El-Sayed, Ahmed (2003) On the order and type of basic and composite sets of polynomials in complete Reinhardt domains, period. 46(1), 67-76.

R Maker, O Wakid (1977) On the order and type of basic sets of polynomials associated with functions of algebraic semi-block matrices, period. 8, 3-7.

J Adepoju (1979) Effectiveness of Basic Sets of Goncarov and Related Polynomials.

M Evgrafor (1954) Interpolyacionnaya Sadaca Abelya -Goncarova" (The Abel-Goncharov Interpolation Problem).

S Macintyre (1949) On the zeros of successive derivatives of integral functions. 67, 241-251.

Sheila Macintyre (1947) An Upper Bound for the Whittaker Constant W. s1-22(4), 305-311.

Norman Levinson (1944) The Gontcharoff polynomials. 11(4), 335.

R Boas (1944) Functions of exponential type. 11, 17-22.

Norman Levinson (1941) A theorem of Boas. 8(1), 181-182.

R Boas (1940) Univalent derivatives of entire functions. 6, 719-721.

I Shoenberge (1936) On the zeros of successive derivatives of integral functions. 40, 12-23.

J Whittaker (1935) Interpolatory Function Theory. 2, 348-364.

E Copson (1955) Theory of functions of a complex variable. 164-165.

P Dienes (1931) The Taylor Series.

Maurice Falgas (1964) Sur les séries de base de polynomes. 81(1), 1-76.

S Gupta, N Rani (1975) Fundamental real analysis. 164-266.

M Nassif, J Adepoju (1978) Zeros of simple sets of polynomials. 19(1), 223-224.

W Newns (1953) On the representation of analytic functions by in_nite series. 245, 439-468.