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For Upper Case Xi (Ξ)

* "Cascade Particles" in particle physics * "no change of state" in Z Notation. For Lower Case Xi (ξ)

* Extent of Reaction (Chemical Engineering) * Unchanging vectors * a parameter in a generalized Pareto distribution; * the symmetric function equation of the Riemann zeta function in mathematics, also known as the Riemann Xi function; * the damping factor in an RLC circuit; * a universal set in the set theory; * a number used in the error term of Newton-Cotes formulas that falls between a and b; * one of the two different polypeptide chains of the human embryonic hemoglobin types Hb-Portland (ξ2γ2) and Hb-Gower I (ξ2ε2); * the correlation function in Astronomy; * frequency; * a small displacement in MHD plasma stability theory. (From Wikipedia)

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Summation of Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi XiXi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi XiXi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi XiXi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi XiXi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi XiXi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi XiXi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi XiXi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi XiXi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi XiXi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi XiXi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi XiXi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi XiXi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi XiXi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi XiXi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi XiXi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi XiXi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi XiXi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi XiXi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi XiXi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi XiXi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi Xi

Nothing. There is no such Roman numeral as X1. If you mean XI, then the numeral is eleven. XI would be the year 11 either BC or AD.Nothing. There is no such Roman numeral as X1. If you mean XI, then the numeral is eleven. XI would be the year 11 either BC or AD.Nothing. There is no such Roman numeral as X1. If you mean XI, then the numeral is eleven. XI would be the year 11 either BC or AD.Nothing. There is no such Roman numeral as X1. If you mean XI, then the numeral is eleven. XI would be the year 11 either BC or AD.Nothing. There is no such Roman numeral as X1. If you mean XI, then the numeral is eleven. XI would be the year 11 either BC or AD.Nothing. There is no such Roman numeral as X1. If you mean XI, then the numeral is eleven. XI would be the year 11 either BC or AD.Nothing. There is no such Roman numeral as X1. If you mean XI, then the numeral is eleven. XI would be the year 11 either BC or AD.Nothing. There is no such Roman numeral as X1. If you mean XI, then the numeral is eleven. XI would be the year 11 either BC or AD.Nothing. There is no such Roman numeral as X1. If you mean XI, then the numeral is eleven. XI would be the year 11 either BC or AD.

12-11-78

X is 10 and I is 1. XI would be 11.

love

Xi Wang means hope. That is what some internet sources told me.

11, 22, 10, 11 and 5 respectively

Eleven

XI in roman numerals, X = 10, I + 1, 10 + 1, eleven

It's the same as a z-Transformation. for all xi: (xi-mean(x)) / std(x)

The X represents ten and the I represent one. That means XI is the same as 11 (eleven).

Xi Xi was born in 1938.

"Wo ye xi huan ni" means "I also like you."

11, 27 and 2007

Tactical points

That's the Roman numeral for 11.

to have a break now.

If you mean the roman numerals, then IX = 9 and XI = 11, and 11+9=20 which can be written as XX.

the piecewise linear chaotic map is defined as follows: xi+1=Fpi(xi)= xi/pi if 0<=xi<pi (xi-pi)/(0.5-pi) if pi<=xi<0.5 Fp(1-xi) if xi>=0.5 where 0<=xi<1 and the control parameter 0<pi<0.5

11-4-86

It is 911. IX = 9 XI = 11

I like you but I do not think (feel) that you like me.

XI-XI-LXXXVIII 11-11-1988 = XI-XI-MCMLXXXVIII

xi

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