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number of callings required 11 results on the web	where x denote 1767 results on the web More popular!
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... bootmakers, tailors, carpenters, surveyors, etc., the number of callings required being remarkable, and the response from so small a force being even more so.	Let Sd = {x : x = 1} denote the unit sphere in Rd+1, where x denote the usual Euclidean norm. For a nonzero vector v ? Rd+1, let ?v denote the reflection. May 3, 2010 ... k ? n, where [x] denote the integer part of x. This extends and rafines previous results of U. Haagerup, P. de la Harpe [8] on the classical. R�>0> Ti{R)~^2ifKJl where X? denote the eigenvalues of A with respect to p(x) ordered by magnitude. 3. Outline of proofs. Denote the eigenvalues (ordered by�... Let Sd = {x : x = 1} denote the unit sphere in Rd+1, where x denote the usual Euclidean norm. In the literature, the best Lp approximation by polynomials.

number of callings required

11 results on the web

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1767 results on the web

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... bootmakers, tailors, carpenters, surveyors, etc., the number of callings required being remarkable, and the response from so small a force being even more so.

Let Sd = {x : x = 1} denote the unit sphere in Rd+1, where x denote the usual Euclidean norm. For a nonzero vector v ? Rd+1, let ?v denote the reflection.
May 3, 2010 ... k ? n, where [x] denote the integer part of x. This extends and rafines previous results of U. Haagerup, P. de la Harpe [8] on the classical.
R�>0> Ti{R)~^2ifKJl where X? denote the eigenvalues of A with respect to p(x) ordered by magnitude. 3. Outline of proofs. Denote the eigenvalues (ordered by�...
Let Sd = {x : x = 1} denote the unit sphere in Rd+1, where x denote the usual Euclidean norm. In the literature, the best Lp approximation by polynomials.