Cremona's table of elliptic curves

24453 = 3² · 11 · 13 · 19

Class	r	Atkin-Lehner	Eigenvalues
24453a (2 curves)	0	3- 11+ 13+ 19+	1 3-  0  4 11+ 13+ -4 19+
Curve Equation t 24453a1 [1,-1,0,-3222,-71577] 2 24453a2 [1,-1,0,-51957,-4545450] 2
24453b (1 curve)	0	3- 11+ 13+ 19+	1 3-  3  1 11+ 13+  2 19+
Curve Equation t 24453b1 [1,-1,0,-1368,43497] 1
24453c (1 curve)	0	3- 11+ 13+ 19+	-2 3-  0  1 11+ 13+  8 19+
Curve Equation t 24453c1 [0,0,1,-11775,206622] 1
24453d (2 curves)	1	3- 11+ 13+ 19-	1 3- -4  4 11+ 13+  0 19-
Curve Equation t Generators 24453d1 [1,-1,0,-1602729,-2214533736] 2 [7605353747016564:-218371563974236674:3657246624143] 24453d2 [1,-1,0,-37130544,-86948372511] 2 [-107248344:-168956781:29791]
24453e (1 curve)	1	3- 11+ 13+ 19-	2 3-  2 -3 11+ 13+  0 19-
Curve Equation t Generators 24453e1 [0,0,1,-3639,-84227] 1 [-1192672:58037:32768]
24453f (4 curves)	0	3- 11- 13+ 19-	-1 3-  2  0 11- 13+  6 19-
Curve Equation t 24453f1 [1,-1,1,-384584,91893858] 2 24453f2 [1,-1,1,-392189,88076148] 4 24453f3 [1,-1,1,386446,393923976] 2 24453f4 [1,-1,1,-1292504,-462196380] 2
24453g (1 curve)	0	3- 11- 13+ 19-	2 3-  0 -5 11- 13+  0 19-
Curve Equation t 24453g1 [0,0,1,-1785,23913] 1
24453h (1 curve)	0	3- 11- 13+ 19-	2 3- -4 -1 11- 13+  0 19-
Curve Equation t 24453h1 [0,0,1,-4340847,-3481000439] 1
24453i (4 curves)	0	3- 11- 13- 19+	1 3-  2  0 11- 13- -2 19+
Curve Equation t 24453i1 [1,-1,0,-546,3887] 2 24453i2 [1,-1,0,-8151,285272] 4 24453i3 [1,-1,0,-7566,327509] 2 24453i4 [1,-1,0,-130416,18160415] 2
24453j (1 curve)	0	3- 11- 13- 19+	-2 3-  2  3 11- 13- -8 19+
Curve Equation t 24453j1 [0,0,1,-4689,-123586] 1
24453k (3 curves)	1	3- 11- 13- 19-	0 3-  0 -1 11- 13-  0 19-
Curve Equation t Generators 24453k1 [0,0,1,-7140,-232218] 1 [-48790:-419:1000] 24453k2 [0,0,1,-7770,-188811] 3 [-43:256:1] 24453k3 [0,0,1,-230070,42463890] 3 [230:1309:1]
24453l (1 curve)	1	3- 11- 13- 19-	-2 3- -4  3 11- 13-  0 19-
Curve Equation t Generators 24453l1 [0,0,1,-867,9036] 1 [2:-86:1]

Data from Elliptic Curve Data by J. E. Cremona.
Design inspired by The Modular Forms Explorer by William Stein.

Part of Computational Number Theory
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