Cremona's table of elliptic curves

4389 = 3 · 7 · 11 · 19

Class	r	Atkin-Lehner	Eigenvalues
4389a (1 curve)	0	3+ 7- 11+ 19+	-2 3+  3 7- 11+  4  0 19+
Curve Equation t 4389a1 [0,-1,1,-434,-2932] 1
4389b (1 curve)	1	3+ 7- 11+ 19-	0 3+  1 7- 11+  0 -6 19-
Curve Equation t Generators 4389b1 [0,-1,1,-5,5] 1 [1:0:1]
4389c (1 curve)	0	3- 7+ 11+ 19+	0 3- -1 7+ 11+ -4  2 19+
Curve Equation t 4389c1 [0,1,1,-993851,-210574828] 1
4389d (1 curve)	1	3- 7+ 11- 19+	0 3-  1 7+ 11-  4 -6 19+
Curve Equation t Generators 4389d1 [0,1,1,-855,-8242] 1 [-18:40:1]
4389e (1 curve)	1	3- 7+ 11- 19+	0 3- -4 7+ 11- -1 -1 19+
Curve Equation t Generators 4389e1 [0,1,1,3765,86930] 1 [104:1270:1]
4389f (4 curves)	1	3- 7- 11+ 19+	-1 3-  2 7- 11+  2  2 19+
Curve Equation t Generators 4389f1 [1,0,0,-77,-840] 2 [37:199:1] 4389f2 [1,0,0,-1882,-31525] 4 [-25:20:1] 4389f3 [1,0,0,-30097,-2012218] 2 [206:632:1] 4389f4 [1,0,0,-2547,-7452] 2 [-39:201:1]
4389g (1 curve)	1	3- 7- 11+ 19+	2 3- -1 7- 11+ -4 -4 19+
Curve Equation t Generators 4389g1 [0,1,1,-1156,14749] 1 [154:-1:8]
4389h (2 curves)	0	3- 7- 11+ 19-	0 3-  0 7- 11+  5 -3 19-
Curve Equation t 4389h1 [0,1,1,77,-380] 3 4389h2 [0,1,1,-2773,-57323] 1
4389i (4 curves)	0	3- 7- 11+ 19-	1 3- -2 7- 11+ -2  6 19-
Curve Equation t 4389i1 [1,0,1,3,-149] 2 4389i2 [1,0,1,-402,-3065] 4 4389i3 [1,0,1,-6387,-196979] 2 4389i4 [1,0,1,-897,5845] 4
4389j (4 curves)	0	3- 7- 11- 19+	1 3-  2 7- 11-  2 -2 19+
Curve Equation t 4389j1 [1,0,1,-104765,-13060501] 2 4389j2 [1,0,1,-105010,-12996409] 4 4389j3 [1,0,1,-185475,9630349] 2 4389j4 [1,0,1,-28465,-31520299] 2
4389k (2 curves)	0	3- 7- 11- 19+	-2 3-  1 7- 11-  4  8 19+
Curve Equation t 4389k1 [0,1,1,-1870,30478] 5 4389k2 [0,1,1,-52480,-4642862] 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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