$x$ |
$\mathrm{E}[x^{0}]$ |
$\mathrm{E}[x^{1}]$ |
$\mathrm{E}[x^{2}]$ |
$\mathrm{E}[x^{3}]$ |
$\mathrm{E}[x^{4}]$ |
$\mathrm{E}[x^{5}]$ |
$\mathrm{E}[x^{6}]$ |
$\mathrm{E}[x^{7}]$ |
$\mathrm{E}[x^{8}]$ |
$\mathrm{E}[x^{9}]$ |
$\mathrm{E}[x^{10}]$ |
$\mathrm{E}[x^{11}]$ |
$\mathrm{E}[x^{12}]$ |
$a_1$ |
$1$ |
$0$ |
$18$ |
$0$ |
$486$ |
$0$ |
$14580$ |
$0$ |
$459270$ |
$0$ |
$14880348$ |
$0$ |
$491051484$ |
$a_2$ |
$1$ |
$9$ |
$99$ |
$1215$ |
$15795$ |
$212139$ |
$2907981$ |
$40422321$ |
$567624915$ |
$8032730715$ |
$114370886169$ |
$1636488060381$ |
$23511619987101$ |
$a_3$ |
$1$ |
$0$ |
$164$ |
$0$ |
$47148$ |
$0$ |
$15454820$ |
$0$ |
$5361965980$ |
$0$ |
$1919987703504$ |
$0$ |
$701459496193236$ |
$\left(\mathrm{E}\left[a_1^{e_1}a_2^{e_2}a_3^{e_3}\right]:\sum ie_i=2\right)\colon$ |
$9$ |
$18$ |
$\left(\mathrm{E}\left[a_1^{e_1}a_2^{e_2}a_3^{e_3}\right]:\sum ie_i=4\right)\colon$ |
$99$ |
$54$ |
$216$ |
$486$ |
$\left(\mathrm{E}\left[a_1^{e_1}a_2^{e_2}a_3^{e_3}\right]:\sum ie_i=6\right)\colon$ |
$164$ |
$1215$ |
$666$ |
$2754$ |
$1512$ |
$6318$ |
$14580$ |
$\left(\mathrm{E}\left[a_1^{e_1}a_2^{e_2}a_3^{e_3}\right]:\sum ie_i=8\right)\colon$ |
$2070$ |
$15795$ |
$8640$ |
$4734$ |
$36450$ |
$19926$ |
$84564$ |
$46170$ |
$196830$ |
$459270$ |
$\left(\mathrm{E}\left[a_1^{e_1}a_2^{e_2}a_3^{e_3}\right]:\sum ie_i=10\right)\colon$ |
$27252$ |
$212139$ |
$14904$ |
$115668$ |
$63126$ |
$494262$ |
$269244$ |
$146772$ |
$1154736$ |
$628398$ |
$2703132$ |
$1469664$ |
$6337926$ |
$14880348$ |
$\left(\mathrm{E}\left[a_1^{e_1}a_2^{e_2}a_3^{e_3}\right]:\sum ie_i=12\right)\colon$ |
$47148$ |
$368442$ |
$2907981$ |
$200772$ |
$1580958$ |
$860058$ |
$6814692$ |
$468180$ |
$3701862$ |
$2012040$ |
$15995718$ |
$8682390$ |
$4715172$ |
$37594530$ |
$$ |
$20391588$ |
$88455402$ |
$47947788$ |
$208324872$ |
$491051484$ |
$\mathrm{E}\left[\chi_i\chi_j\right] = \begin{bmatrix}1&0&8&0&9&0&28&36&0&28&0&63&0&0&160\\0&18&0&36&0&144&0&0&252&0&108&0&396&630&0\\8&0&82&0&108&0&332&414&0&350&0&792&0&0&2000\\0&36&0&74&0&304&0&0&540&0&236&0&864&1370&0\\9&0&108&0&153&0&468&576&0&504&0&1143&0&0&2880\\0&144&0&304&0&1280&0&0&2304&0&1024&0&3744&5920&0\\28&0&332&0&468&0&1450&1800&0&1576&0&3582&0&0&9088\\36&0&414&0&576&0&1800&2250&0&1962&0&4464&0&0&11376\\0&252&0&540&0&2304&0&0&4194&0&1872&0&6876&10890&0\\28&0&350&0&504&0&1576&1962&0&1740&0&3960&0&0&10112\\0&108&0&236&0&1024&0&0&1872&0&848&0&3096&4880&0\\63&0&792&0&1143&0&3582&4464&0&3960&0&9027&0&0&23040\\0&396&0&864&0&3744&0&0&6876&0&3096&0&11376&18000&0\\0&630&0&1370&0&5920&0&0&10890&0&4880&0&18000&28550&0\\160&0&2000&0&2880&0&9088&11376&0&10112&0&23040&0&0&59136\end{bmatrix}$
$\ \ \ \mathrm{E}\left[\chi_i^2\right] = \begin{bmatrix}1&18&82&74&153&1280&1450&2250&4194&1740&848&9027&11376&28550&59136&30654&31515&78320&69696&20350\end{bmatrix}$
$\mathrm{Pr}[a_i=n]=0$ for $i=1,2,3$ and $n\in\mathbb{Z}$.