Cremona's table of elliptic curves

5720 = 2³ · 5 · 11 · 13

Class	r	Atkin-Lehner	Eigenvalues
5720a (2 curves)	0	2+ 5+ 11- 13+	2+  2 5+ -4 11- 13+ -2  0
Curve Equation t 5720a1 [0,-1,0,-16,156] 2 5720a2 [0,-1,0,-536,4940] 2
5720b (1 curve)	0	2+ 5- 11+ 13+	2+  0 5-  4 11+ 13+ -1 -1
Curve Equation t 5720b1 [0,0,0,-212,-3676] 1
5720c (4 curves)	1	2+ 5- 11- 13+	2+  0 5-  0 11- 13+ -2  4
Curve Equation t Generators 5720c1 [0,0,0,-7082,229369] 4 [-72:605:1] 5720c2 [0,0,0,-7687,187866] 4 [-73:600:1] 5720c3 [0,0,0,-44867,-3507826] 2 [-137:260:1] 5720c4 [0,0,0,19813,1227366] 2 [-18:930:1]
5720d (1 curve)	0	2- 5+ 11+ 13+	2-  1 5+ -5 11+ 13+ -3  3
Curve Equation t 5720d1 [0,1,0,-759936,254864864] 1
5720e (1 curve)	1	2- 5+ 11+ 13-	2- -1 5+ -3 11+ 13-  3  1
Curve Equation t Generators 5720e1 [0,-1,0,-176,-2420] 1 [21:52:1]
5720f (1 curve)	1	2- 5+ 11- 13+	2-  2 5+ -2 11- 13+  3 -5
Curve Equation t Generators 5720f1 [0,-1,0,-1,21] 1 [3:6:1]
5720g (1 curve)	1	2- 5- 11+ 13+	2-  2 5- -2 11+ 13+ -1  1
Curve Equation t Generators 5720g1 [0,-1,0,-5585,-209275] 1 [115:810:1]

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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