`\gamma`
`\thita`
'10^10'
`P(X)=(e^-mu mu^x)/(x!)`
`R=\alpha`
x_i^2 `x_i^2`
`\gamma)
`P=(e^m m^o)/(i!)`
`\thita`
'10^10'
`P(X)=(e^-mu mu^x)/(x!)`
`R=\alpha`
x_i^2 `x_i^2`
`\gamma)
`P=(e^m m^o)/(i!)`
`$$\begin{matrix}
1 & x & x^2 \\
1 & y & y^2 \\
1 & z & z^2 \\
\end{matrix}$$` 
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