$\GL_2(\Z/10\Z)$-generators: |
$\begin{bmatrix}1&6\\0&3\end{bmatrix}$, $\begin{bmatrix}9&8\\0&7\end{bmatrix}$ |
$\GL_2(\Z/10\Z)$-subgroup: |
$C_2\times F_5$ |
Contains $-I$: |
yes |
Quadratic refinements: |
10.144.1-10.a.1.1, 10.144.1-10.a.1.2, 20.144.1-10.a.1.1, 20.144.1-10.a.1.2, 20.144.1-10.a.1.3, 20.144.1-10.a.1.4, 20.144.1-10.a.1.5, 20.144.1-10.a.1.6, 20.144.1-10.a.1.7, 20.144.1-10.a.1.8, 20.144.1-10.a.1.9, 20.144.1-10.a.1.10, 30.144.1-10.a.1.1, 30.144.1-10.a.1.2, 40.144.1-10.a.1.1, 40.144.1-10.a.1.2, 40.144.1-10.a.1.3, 40.144.1-10.a.1.4, 40.144.1-10.a.1.5, 40.144.1-10.a.1.6, 40.144.1-10.a.1.7, 40.144.1-10.a.1.8, 40.144.1-10.a.1.9, 40.144.1-10.a.1.10, 40.144.1-10.a.1.11, 40.144.1-10.a.1.12, 60.144.1-10.a.1.1, 60.144.1-10.a.1.2, 60.144.1-10.a.1.3, 60.144.1-10.a.1.4, 60.144.1-10.a.1.5, 60.144.1-10.a.1.6, 60.144.1-10.a.1.7, 60.144.1-10.a.1.8, 60.144.1-10.a.1.9, 60.144.1-10.a.1.10, 70.144.1-10.a.1.1, 70.144.1-10.a.1.2, 110.144.1-10.a.1.1, 110.144.1-10.a.1.2, 120.144.1-10.a.1.1, 120.144.1-10.a.1.2, 120.144.1-10.a.1.3, 120.144.1-10.a.1.4, 120.144.1-10.a.1.5, 120.144.1-10.a.1.6, 120.144.1-10.a.1.7, 120.144.1-10.a.1.8, 120.144.1-10.a.1.9, 120.144.1-10.a.1.10, 120.144.1-10.a.1.11, 120.144.1-10.a.1.12, 130.144.1-10.a.1.1, 130.144.1-10.a.1.2, 140.144.1-10.a.1.1, 140.144.1-10.a.1.2, 140.144.1-10.a.1.3, 140.144.1-10.a.1.4, 140.144.1-10.a.1.5, 140.144.1-10.a.1.6, 140.144.1-10.a.1.7, 140.144.1-10.a.1.8, 140.144.1-10.a.1.9, 140.144.1-10.a.1.10, 170.144.1-10.a.1.1, 170.144.1-10.a.1.2, 190.144.1-10.a.1.1, 190.144.1-10.a.1.2, 210.144.1-10.a.1.1, 210.144.1-10.a.1.2, 220.144.1-10.a.1.1, 220.144.1-10.a.1.2, 220.144.1-10.a.1.3, 220.144.1-10.a.1.4, 220.144.1-10.a.1.5, 220.144.1-10.a.1.6, 220.144.1-10.a.1.7, 220.144.1-10.a.1.8, 220.144.1-10.a.1.9, 220.144.1-10.a.1.10, 230.144.1-10.a.1.1, 230.144.1-10.a.1.2, 260.144.1-10.a.1.1, 260.144.1-10.a.1.2, 260.144.1-10.a.1.3, 260.144.1-10.a.1.4, 260.144.1-10.a.1.5, 260.144.1-10.a.1.6, 260.144.1-10.a.1.7, 260.144.1-10.a.1.8, 260.144.1-10.a.1.9, 260.144.1-10.a.1.10, 280.144.1-10.a.1.1, 280.144.1-10.a.1.2, 280.144.1-10.a.1.3, 280.144.1-10.a.1.4, 280.144.1-10.a.1.5, 280.144.1-10.a.1.6, 280.144.1-10.a.1.7, 280.144.1-10.a.1.8, 280.144.1-10.a.1.9, 280.144.1-10.a.1.10, 280.144.1-10.a.1.11, 280.144.1-10.a.1.12, 290.144.1-10.a.1.1, 290.144.1-10.a.1.2, 310.144.1-10.a.1.1, 310.144.1-10.a.1.2, 330.144.1-10.a.1.1, 330.144.1-10.a.1.2 |
Cyclic 10-isogeny field degree: |
$1$ |
Cyclic 10-torsion field degree: |
$2$ |
Full 10-torsion field degree: |
$40$ |
Weierstrass model Weierstrass model
$ y^{2} $ | $=$ | $ x^{3} + x^{2} - x $ |
This modular curve has 6 rational cusps but no known non-cuspidal rational points. The following are the coordinates of the rational cusps on this modular curve.
Weierstrass model |
$(1:1:1)$, $(-1:1:1)$, $(1:-1:1)$, $(-1:-1:1)$, $(0:0:1)$, $(0:1:0)$ |
Maps to other modular curves
$j$-invariant map
of degree 72 from the Weierstrass model of this modular curve to the modular curve
$X(1)$
:
$\displaystyle j$ |
$=$ |
$\displaystyle -\frac{24x^{2}y^{22}-7096x^{2}y^{20}z^{2}+53000x^{2}y^{18}z^{4}+2377368x^{2}y^{16}z^{6}+3874160x^{2}y^{14}z^{8}-104874928x^{2}y^{12}z^{10}-195497328x^{2}y^{10}z^{12}+1164680880x^{2}y^{8}z^{14}-797319688x^{2}y^{6}z^{16}-163723800x^{2}y^{4}z^{18}-10026264x^{2}y^{2}z^{20}-199624x^{2}z^{22}-240xy^{22}z+18768xy^{20}z^{3}+130160xy^{18}z^{5}-3113040xy^{16}z^{7}-23610720xy^{14}z^{9}+63022880xy^{12}z^{11}+367140576xy^{10}z^{13}-954859680xy^{8}z^{15}+446608720xy^{6}z^{17}+98397840xy^{4}z^{19}+6141360xy^{2}z^{21}+123376xz^{23}-y^{24}+1532y^{22}z^{2}-41122y^{20}z^{4}-765940y^{18}z^{6}+1911185y^{16}z^{8}+52595192y^{14}z^{10}+39257636y^{12}z^{12}-628137480y^{10}z^{14}+510470545y^{8}z^{16}+102253580y^{6}z^{18}+6217566y^{4}z^{20}+123388y^{2}z^{22}-z^{24}}{z^{3}y^{2}(y-z)^{5}(y+z)^{5}(130x^{2}y^{6}z-4214x^{2}y^{4}z^{3}+17030x^{2}y^{2}z^{5}-15250x^{2}z^{7}+xy^{8}-500xy^{6}z^{2}+6070xy^{4}z^{4}-14740xy^{2}z^{6}+9425xz^{8}-17y^{8}z+1555y^{6}z^{3}-8915y^{4}z^{5}+9425y^{2}z^{7})}$ |
Hi
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Cover information
Click on a modular curve in the diagram to see information about it.
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The following modular covers realize this modular curve as a fiber product over $X(1)$.
This modular curve minimally covers the modular curves listed below.
This modular curve is minimally covered by the modular curves in the database listed below.