3.17.62 \(\int \frac {-260+2376 (20-9 x)^{22}+117 x}{-20+9 x} \, dx\) [1662]

3.17.62.1 Optimal result
3.17.62.2 Mathematica [A] (verified)
3.17.62.3 Rubi [B] (verified)
3.17.62.4 Maple [B] (verified)
3.17.62.5 Fricas [B] (verification not implemented)
3.17.62.6 Sympy [B] (verification not implemented)
3.17.62.7 Maxima [B] (verification not implemented)
3.17.62.8 Giac [B] (verification not implemented)
3.17.62.9 Mupad [B] (verification not implemented)

3.17.62.1 Optimal result

Integrand size = 22, antiderivative size = 18 \[ \int \frac {-260+2376 (20-9 x)^{22}+117 x}{-20+9 x} \, dx=-2+x+12 \left (x+(5 (4-2 x)+x)^{22}\right ) \]

output
13*x-2+12*(-9*x+20)^22
 
3.17.62.2 Mathematica [A] (verified)

Time = 0.01 (sec) , antiderivative size = 16, normalized size of antiderivative = 0.89 \[ \int \frac {-260+2376 (20-9 x)^{22}+117 x}{-20+9 x} \, dx=-\frac {260}{9}+12 (20-9 x)^{22}+13 x \]

input
Integrate[(-260 + 2376*(20 - 9*x)^22 + 117*x)/(-20 + 9*x),x]
 
output
-260/9 + 12*(20 - 9*x)^22 + 13*x
 
3.17.62.3 Rubi [B] (verified)

Leaf count is larger than twice the leaf count of optimal. \(109\) vs. \(2(18)=36\).

Time = 1.15 (sec) , antiderivative size = 109, normalized size of antiderivative = 6.06, number of steps used = 2, number of rules used = 2, \(\frac {\text {number of rules}}{\text {integrand size}}\) = 0.091, Rules used = {2019, 2009}

Below are the steps used by Rubi to obtain the solution. The rule number used for the transformation is given above next to the arrow. The rules definitions used are listed below.

\(\displaystyle \int \frac {2376 (20-9 x)^{22}+117 x-260}{9 x-20} \, dx\)

\(\Big \downarrow \) 2019

\(\displaystyle \int \left (259979518176473365480584 x^{21}-12132377514902090389093920 x^{20}+269608389220046453090976000 x^{19}-3794488440874727858317440000 x^{18}+37944884408747278583174400000 x^{17}-286694682199423882628428800000 x^{16}+1698931450070660045205504000000 x^{15}-8090149762241238310502400000000 x^{14}+31461693519827037874176000000000 x^{13}-100988152038950985768960000000000 x^{12}+269301738770535962050560000000000 x^{11}-598448308378968804556800000000000 x^{10}+1108237608109201489920000000000000 x^9-1704980935552617676800000000000000 x^8+2165055156257292288000000000000000 x^7-2245242384266821632000000000000000 x^6+1871035320222351360000000000000000 x^5-1222898902106112000000000000000000 x^4+603900692398080000000000000000000 x^3-211894979788800000000000000000000 x^2+47087773286400000000000000000000 x-4982833151999999999999999999987\right )dx\)

\(\Big \downarrow \) 2009

\(\displaystyle 11817250826203334794572 x^{22}-577732262614385256623520 x^{21}+13480419461002322654548800 x^{20}-199709917940775150437760000 x^{19}+2108049133819293254620800000 x^{18}-16864393070554346036966400000 x^{17}+106183215629416252825344000000 x^{16}-539343317482749220700160000000 x^{15}+2247263822844788419584000000000 x^{14}-7768319387611614289920000000000 x^{13}+22441811564211330170880000000000 x^{12}-54404391670815345868800000000000 x^{11}+110823760810920148992000000000000 x^{10}-189442326172513075200000000000000 x^9+270631894532161536000000000000000 x^8-320748912038117376000000000000000 x^7+311839220037058560000000000000000 x^6-244579780421222400000000000000000 x^5+150975173099520000000000000000000 x^4-70631659929600000000000000000000 x^3+23543886643200000000000000000000 x^2-4982833151999999999999999999987 x\)

input
Int[(-260 + 2376*(20 - 9*x)^22 + 117*x)/(-20 + 9*x),x]
 
output
-4982833151999999999999999999987*x + 23543886643200000000000000000000*x^2 
- 70631659929600000000000000000000*x^3 + 150975173099520000000000000000000 
*x^4 - 244579780421222400000000000000000*x^5 + 311839220037058560000000000 
000000*x^6 - 320748912038117376000000000000000*x^7 + 270631894532161536000 
000000000000*x^8 - 189442326172513075200000000000000*x^9 + 110823760810920 
148992000000000000*x^10 - 54404391670815345868800000000000*x^11 + 22441811 
564211330170880000000000*x^12 - 7768319387611614289920000000000*x^13 + 224 
7263822844788419584000000000*x^14 - 539343317482749220700160000000*x^15 + 
106183215629416252825344000000*x^16 - 16864393070554346036966400000*x^17 + 
 2108049133819293254620800000*x^18 - 199709917940775150437760000*x^19 + 13 
480419461002322654548800*x^20 - 577732262614385256623520*x^21 + 1181725082 
6203334794572*x^22
 

3.17.62.3.1 Defintions of rubi rules used

rule 2009
Int[u_, x_Symbol] :> Simp[IntSum[u, x], x] /; SumQ[u]
 

rule 2019
Int[(u_.)*(Px_)^(p_.)*(Qx_)^(q_.), x_Symbol] :> Int[u*PolynomialQuotient[Px 
, Qx, x]^p*Qx^(p + q), x] /; FreeQ[q, x] && PolyQ[Px, x] && PolyQ[Qx, x] && 
 EqQ[PolynomialRemainder[Px, Qx, x], 0] && IntegerQ[p] && LtQ[p*q, 0]
 
3.17.62.4 Maple [B] (verified)

Leaf count of result is larger than twice the leaf count of optimal. \(107\) vs. \(2(14)=28\).

Time = 0.33 (sec) , antiderivative size = 108, normalized size of antiderivative = 6.00

method result size
gosper \(x \left (11817250826203334794572 x^{21}-577732262614385256623520 x^{20}+13480419461002322654548800 x^{19}-199709917940775150437760000 x^{18}+2108049133819293254620800000 x^{17}-16864393070554346036966400000 x^{16}+106183215629416252825344000000 x^{15}-539343317482749220700160000000 x^{14}+2247263822844788419584000000000 x^{13}-7768319387611614289920000000000 x^{12}+22441811564211330170880000000000 x^{11}-54404391670815345868800000000000 x^{10}+110823760810920148992000000000000 x^{9}-189442326172513075200000000000000 x^{8}+270631894532161536000000000000000 x^{7}-320748912038117376000000000000000 x^{6}+311839220037058560000000000000000 x^{5}-244579780421222400000000000000000 x^{4}+150975173099520000000000000000000 x^{3}-70631659929600000000000000000000 x^{2}+23543886643200000000000000000000 x -4982833151999999999999999999987\right )\) \(108\)
default \(11817250826203334794572 x^{22}-577732262614385256623520 x^{21}+13480419461002322654548800 x^{20}-199709917940775150437760000 x^{19}+2108049133819293254620800000 x^{18}-16864393070554346036966400000 x^{17}+106183215629416252825344000000 x^{16}-539343317482749220700160000000 x^{15}+2247263822844788419584000000000 x^{14}-7768319387611614289920000000000 x^{13}+22441811564211330170880000000000 x^{12}-54404391670815345868800000000000 x^{11}+110823760810920148992000000000000 x^{10}-189442326172513075200000000000000 x^{9}+270631894532161536000000000000000 x^{8}-320748912038117376000000000000000 x^{7}+311839220037058560000000000000000 x^{6}-244579780421222400000000000000000 x^{5}+150975173099520000000000000000000 x^{4}-70631659929600000000000000000000 x^{3}+23543886643200000000000000000000 x^{2}-4982833151999999999999999999987 x\) \(110\)
norman \(11817250826203334794572 x^{22}-577732262614385256623520 x^{21}+13480419461002322654548800 x^{20}-199709917940775150437760000 x^{19}+2108049133819293254620800000 x^{18}-16864393070554346036966400000 x^{17}+106183215629416252825344000000 x^{16}-539343317482749220700160000000 x^{15}+2247263822844788419584000000000 x^{14}-7768319387611614289920000000000 x^{13}+22441811564211330170880000000000 x^{12}-54404391670815345868800000000000 x^{11}+110823760810920148992000000000000 x^{10}-189442326172513075200000000000000 x^{9}+270631894532161536000000000000000 x^{8}-320748912038117376000000000000000 x^{7}+311839220037058560000000000000000 x^{6}-244579780421222400000000000000000 x^{5}+150975173099520000000000000000000 x^{4}-70631659929600000000000000000000 x^{3}+23543886643200000000000000000000 x^{2}-4982833151999999999999999999987 x\) \(110\)
risch \(11817250826203334794572 x^{22}-577732262614385256623520 x^{21}+13480419461002322654548800 x^{20}-199709917940775150437760000 x^{19}+2108049133819293254620800000 x^{18}-16864393070554346036966400000 x^{17}+106183215629416252825344000000 x^{16}-539343317482749220700160000000 x^{15}+2247263822844788419584000000000 x^{14}-7768319387611614289920000000000 x^{13}+22441811564211330170880000000000 x^{12}-54404391670815345868800000000000 x^{11}+110823760810920148992000000000000 x^{10}-189442326172513075200000000000000 x^{9}+270631894532161536000000000000000 x^{8}-320748912038117376000000000000000 x^{7}+311839220037058560000000000000000 x^{6}-244579780421222400000000000000000 x^{5}+150975173099520000000000000000000 x^{4}-70631659929600000000000000000000 x^{3}+23543886643200000000000000000000 x^{2}-4982833151999999999999999999987 x\) \(110\)
parallelrisch \(11817250826203334794572 x^{22}-577732262614385256623520 x^{21}+13480419461002322654548800 x^{20}-199709917940775150437760000 x^{19}+2108049133819293254620800000 x^{18}-16864393070554346036966400000 x^{17}+106183215629416252825344000000 x^{16}-539343317482749220700160000000 x^{15}+2247263822844788419584000000000 x^{14}-7768319387611614289920000000000 x^{13}+22441811564211330170880000000000 x^{12}-54404391670815345868800000000000 x^{11}+110823760810920148992000000000000 x^{10}-189442326172513075200000000000000 x^{9}+270631894532161536000000000000000 x^{8}-320748912038117376000000000000000 x^{7}+311839220037058560000000000000000 x^{6}-244579780421222400000000000000000 x^{5}+150975173099520000000000000000000 x^{4}-70631659929600000000000000000000 x^{3}+23543886643200000000000000000000 x^{2}-4982833151999999999999999999987 x\) \(110\)
parts \(11817250826203334794572 x^{22}-577732262614385256623520 x^{21}+13480419461002322654548800 x^{20}-199709917940775150437760000 x^{19}+2108049133819293254620800000 x^{18}-16864393070554346036966400000 x^{17}+106183215629416252825344000000 x^{16}-539343317482749220700160000000 x^{15}+2247263822844788419584000000000 x^{14}-7768319387611614289920000000000 x^{13}+22441811564211330170880000000000 x^{12}-54404391670815345868800000000000 x^{11}+110823760810920148992000000000000 x^{10}-189442326172513075200000000000000 x^{9}+270631894532161536000000000000000 x^{8}-320748912038117376000000000000000 x^{7}+311839220037058560000000000000000 x^{6}-244579780421222400000000000000000 x^{5}+150975173099520000000000000000000 x^{4}-70631659929600000000000000000000 x^{3}+23543886643200000000000000000000 x^{2}-4982833151999999999999999999987 x\) \(110\)
meijerg \(\text {Expression too large to display}\) \(1223\)

input
int((2376*(-9*x+20)^22+117*x-260)/(9*x-20),x,method=_RETURNVERBOSE)
 
output
x*(11817250826203334794572*x^21-577732262614385256623520*x^20+134804194610 
02322654548800*x^19-199709917940775150437760000*x^18+210804913381929325462 
0800000*x^17-16864393070554346036966400000*x^16+10618321562941625282534400 
0000*x^15-539343317482749220700160000000*x^14+2247263822844788419584000000 
000*x^13-7768319387611614289920000000000*x^12+2244181156421133017088000000 
0000*x^11-54404391670815345868800000000000*x^10+11082376081092014899200000 
0000000*x^9-189442326172513075200000000000000*x^8+270631894532161536000000 
000000000*x^7-320748912038117376000000000000000*x^6+3118392200370585600000 
00000000000*x^5-244579780421222400000000000000000*x^4+15097517309952000000 
0000000000000*x^3-70631659929600000000000000000000*x^2+2354388664320000000 
0000000000000*x-4982833151999999999999999999987)
 
3.17.62.5 Fricas [B] (verification not implemented)

Leaf count of result is larger than twice the leaf count of optimal. 109 vs. \(2 (14) = 28\).

Time = 0.24 (sec) , antiderivative size = 109, normalized size of antiderivative = 6.06 \[ \int \frac {-260+2376 (20-9 x)^{22}+117 x}{-20+9 x} \, dx=11817250826203334794572 \, x^{22} - 577732262614385256623520 \, x^{21} + 13480419461002322654548800 \, x^{20} - 199709917940775150437760000 \, x^{19} + 2108049133819293254620800000 \, x^{18} - 16864393070554346036966400000 \, x^{17} + 106183215629416252825344000000 \, x^{16} - 539343317482749220700160000000 \, x^{15} + 2247263822844788419584000000000 \, x^{14} - 7768319387611614289920000000000 \, x^{13} + 22441811564211330170880000000000 \, x^{12} - 54404391670815345868800000000000 \, x^{11} + 110823760810920148992000000000000 \, x^{10} - 189442326172513075200000000000000 \, x^{9} + 270631894532161536000000000000000 \, x^{8} - 320748912038117376000000000000000 \, x^{7} + 311839220037058560000000000000000 \, x^{6} - 244579780421222400000000000000000 \, x^{5} + 150975173099520000000000000000000 \, x^{4} - 70631659929600000000000000000000 \, x^{3} + 23543886643200000000000000000000 \, x^{2} - 4982833151999999999999999999987 \, x \]

input
integrate((2376*(-9*x+20)^22+117*x-260)/(9*x-20),x, algorithm=\
 
output
11817250826203334794572*x^22 - 577732262614385256623520*x^21 + 13480419461 
002322654548800*x^20 - 199709917940775150437760000*x^19 + 2108049133819293 
254620800000*x^18 - 16864393070554346036966400000*x^17 + 10618321562941625 
2825344000000*x^16 - 539343317482749220700160000000*x^15 + 224726382284478 
8419584000000000*x^14 - 7768319387611614289920000000000*x^13 + 22441811564 
211330170880000000000*x^12 - 54404391670815345868800000000000*x^11 + 11082 
3760810920148992000000000000*x^10 - 189442326172513075200000000000000*x^9 
+ 270631894532161536000000000000000*x^8 - 32074891203811737600000000000000 
0*x^7 + 311839220037058560000000000000000*x^6 - 24457978042122240000000000 
0000000*x^5 + 150975173099520000000000000000000*x^4 - 70631659929600000000 
000000000000*x^3 + 23543886643200000000000000000000*x^2 - 4982833151999999 
999999999999987*x
 
3.17.62.6 Sympy [B] (verification not implemented)

Leaf count of result is larger than twice the leaf count of optimal. 109 vs. \(2 (12) = 24\).

Time = 0.05 (sec) , antiderivative size = 109, normalized size of antiderivative = 6.06 \[ \int \frac {-260+2376 (20-9 x)^{22}+117 x}{-20+9 x} \, dx=11817250826203334794572 x^{22} - 577732262614385256623520 x^{21} + 13480419461002322654548800 x^{20} - 199709917940775150437760000 x^{19} + 2108049133819293254620800000 x^{18} - 16864393070554346036966400000 x^{17} + 106183215629416252825344000000 x^{16} - 539343317482749220700160000000 x^{15} + 2247263822844788419584000000000 x^{14} - 7768319387611614289920000000000 x^{13} + 22441811564211330170880000000000 x^{12} - 54404391670815345868800000000000 x^{11} + 110823760810920148992000000000000 x^{10} - 189442326172513075200000000000000 x^{9} + 270631894532161536000000000000000 x^{8} - 320748912038117376000000000000000 x^{7} + 311839220037058560000000000000000 x^{6} - 244579780421222400000000000000000 x^{5} + 150975173099520000000000000000000 x^{4} - 70631659929600000000000000000000 x^{3} + 23543886643200000000000000000000 x^{2} - 4982833151999999999999999999987 x \]

input
integrate((2376*(-9*x+20)**22+117*x-260)/(9*x-20),x)
 
output
11817250826203334794572*x**22 - 577732262614385256623520*x**21 + 134804194 
61002322654548800*x**20 - 199709917940775150437760000*x**19 + 210804913381 
9293254620800000*x**18 - 16864393070554346036966400000*x**17 + 10618321562 
9416252825344000000*x**16 - 539343317482749220700160000000*x**15 + 2247263 
822844788419584000000000*x**14 - 7768319387611614289920000000000*x**13 + 2 
2441811564211330170880000000000*x**12 - 54404391670815345868800000000000*x 
**11 + 110823760810920148992000000000000*x**10 - 1894423261725130752000000 
00000000*x**9 + 270631894532161536000000000000000*x**8 - 32074891203811737 
6000000000000000*x**7 + 311839220037058560000000000000000*x**6 - 244579780 
421222400000000000000000*x**5 + 150975173099520000000000000000000*x**4 - 7 
0631659929600000000000000000000*x**3 + 23543886643200000000000000000000*x* 
*2 - 4982833151999999999999999999987*x
 
3.17.62.7 Maxima [B] (verification not implemented)

Leaf count of result is larger than twice the leaf count of optimal. 109 vs. \(2 (14) = 28\).

Time = 0.18 (sec) , antiderivative size = 109, normalized size of antiderivative = 6.06 \[ \int \frac {-260+2376 (20-9 x)^{22}+117 x}{-20+9 x} \, dx=11817250826203334794572 \, x^{22} - 577732262614385256623520 \, x^{21} + 13480419461002322654548800 \, x^{20} - 199709917940775150437760000 \, x^{19} + 2108049133819293254620800000 \, x^{18} - 16864393070554346036966400000 \, x^{17} + 106183215629416252825344000000 \, x^{16} - 539343317482749220700160000000 \, x^{15} + 2247263822844788419584000000000 \, x^{14} - 7768319387611614289920000000000 \, x^{13} + 22441811564211330170880000000000 \, x^{12} - 54404391670815345868800000000000 \, x^{11} + 110823760810920148992000000000000 \, x^{10} - 189442326172513075200000000000000 \, x^{9} + 270631894532161536000000000000000 \, x^{8} - 320748912038117376000000000000000 \, x^{7} + 311839220037058560000000000000000 \, x^{6} - 244579780421222400000000000000000 \, x^{5} + 150975173099520000000000000000000 \, x^{4} - 70631659929600000000000000000000 \, x^{3} + 23543886643200000000000000000000 \, x^{2} - 4982833151999999999999999999987 \, x \]

input
integrate((2376*(-9*x+20)^22+117*x-260)/(9*x-20),x, algorithm=\
 
output
11817250826203334794572*x^22 - 577732262614385256623520*x^21 + 13480419461 
002322654548800*x^20 - 199709917940775150437760000*x^19 + 2108049133819293 
254620800000*x^18 - 16864393070554346036966400000*x^17 + 10618321562941625 
2825344000000*x^16 - 539343317482749220700160000000*x^15 + 224726382284478 
8419584000000000*x^14 - 7768319387611614289920000000000*x^13 + 22441811564 
211330170880000000000*x^12 - 54404391670815345868800000000000*x^11 + 11082 
3760810920148992000000000000*x^10 - 189442326172513075200000000000000*x^9 
+ 270631894532161536000000000000000*x^8 - 32074891203811737600000000000000 
0*x^7 + 311839220037058560000000000000000*x^6 - 24457978042122240000000000 
0000000*x^5 + 150975173099520000000000000000000*x^4 - 70631659929600000000 
000000000000*x^3 + 23543886643200000000000000000000*x^2 - 4982833151999999 
999999999999987*x
 
3.17.62.8 Giac [B] (verification not implemented)

Leaf count of result is larger than twice the leaf count of optimal. 109 vs. \(2 (14) = 28\).

Time = 0.25 (sec) , antiderivative size = 109, normalized size of antiderivative = 6.06 \[ \int \frac {-260+2376 (20-9 x)^{22}+117 x}{-20+9 x} \, dx=11817250826203334794572 \, x^{22} - 577732262614385256623520 \, x^{21} + 13480419461002322654548800 \, x^{20} - 199709917940775150437760000 \, x^{19} + 2108049133819293254620800000 \, x^{18} - 16864393070554346036966400000 \, x^{17} + 106183215629416252825344000000 \, x^{16} - 539343317482749220700160000000 \, x^{15} + 2247263822844788419584000000000 \, x^{14} - 7768319387611614289920000000000 \, x^{13} + 22441811564211330170880000000000 \, x^{12} - 54404391670815345868800000000000 \, x^{11} + 110823760810920148992000000000000 \, x^{10} - 189442326172513075200000000000000 \, x^{9} + 270631894532161536000000000000000 \, x^{8} - 320748912038117376000000000000000 \, x^{7} + 311839220037058560000000000000000 \, x^{6} - 244579780421222400000000000000000 \, x^{5} + 150975173099520000000000000000000 \, x^{4} - 70631659929600000000000000000000 \, x^{3} + 23543886643200000000000000000000 \, x^{2} - 4982833151999999999999999999987 \, x \]

input
integrate((2376*(-9*x+20)^22+117*x-260)/(9*x-20),x, algorithm=\
 
output
11817250826203334794572*x^22 - 577732262614385256623520*x^21 + 13480419461 
002322654548800*x^20 - 199709917940775150437760000*x^19 + 2108049133819293 
254620800000*x^18 - 16864393070554346036966400000*x^17 + 10618321562941625 
2825344000000*x^16 - 539343317482749220700160000000*x^15 + 224726382284478 
8419584000000000*x^14 - 7768319387611614289920000000000*x^13 + 22441811564 
211330170880000000000*x^12 - 54404391670815345868800000000000*x^11 + 11082 
3760810920148992000000000000*x^10 - 189442326172513075200000000000000*x^9 
+ 270631894532161536000000000000000*x^8 - 32074891203811737600000000000000 
0*x^7 + 311839220037058560000000000000000*x^6 - 24457978042122240000000000 
0000000*x^5 + 150975173099520000000000000000000*x^4 - 70631659929600000000 
000000000000*x^3 + 23543886643200000000000000000000*x^2 - 4982833151999999 
999999999999987*x
 
3.17.62.9 Mupad [B] (verification not implemented)

Time = 8.69 (sec) , antiderivative size = 109, normalized size of antiderivative = 6.06 \[ \int \frac {-260+2376 (20-9 x)^{22}+117 x}{-20+9 x} \, dx=11817250826203334794572\,x^{22}-577732262614385256623520\,x^{21}+13480419461002322654548800\,x^{20}-199709917940775150437760000\,x^{19}+2108049133819293254620800000\,x^{18}-16864393070554346036966400000\,x^{17}+106183215629416252825344000000\,x^{16}-539343317482749220700160000000\,x^{15}+2247263822844788419584000000000\,x^{14}-7768319387611614289920000000000\,x^{13}+22441811564211330170880000000000\,x^{12}-54404391670815345868800000000000\,x^{11}+110823760810920148992000000000000\,x^{10}-189442326172513075200000000000000\,x^9+270631894532161536000000000000000\,x^8-320748912038117376000000000000000\,x^7+311839220037058560000000000000000\,x^6-244579780421222400000000000000000\,x^5+150975173099520000000000000000000\,x^4-70631659929600000000000000000000\,x^3+23543886643200000000000000000000\,x^2-4982833151999999999999999999987\,x \]

input
int((117*x + 2376*(9*x - 20)^22 - 260)/(9*x - 20),x)
 
output
23543886643200000000000000000000*x^2 - 4982833151999999999999999999987*x - 
 70631659929600000000000000000000*x^3 + 150975173099520000000000000000000* 
x^4 - 244579780421222400000000000000000*x^5 + 3118392200370585600000000000 
00000*x^6 - 320748912038117376000000000000000*x^7 + 2706318945321615360000 
00000000000*x^8 - 189442326172513075200000000000000*x^9 + 1108237608109201 
48992000000000000*x^10 - 54404391670815345868800000000000*x^11 + 224418115 
64211330170880000000000*x^12 - 7768319387611614289920000000000*x^13 + 2247 
263822844788419584000000000*x^14 - 539343317482749220700160000000*x^15 + 1 
06183215629416252825344000000*x^16 - 16864393070554346036966400000*x^17 + 
2108049133819293254620800000*x^18 - 199709917940775150437760000*x^19 + 134 
80419461002322654548800*x^20 - 577732262614385256623520*x^21 + 11817250826 
203334794572*x^22