Cremona's table of elliptic curves

29601 = 3² · 11 · 13 · 23

Class	r	Atkin-Lehner	Eigenvalues
29601a (2 curves)	2	3+ 11+ 13+ 23-	-1 3+ -2  2 11+ 13+ -8 -6
Curve Equation t Generators 29601a1 [1,-1,1,2779,-38204] 2 [14:50:1]&[158:1159:8] 29601a2 [1,-1,1,-13556,-325700] 2 [-100:199:1]&[-86:488:1]
29601b (2 curves)	0	3+ 11- 13+ 23+	1 3+  2  2 11- 13+  8 -6
Curve Equation t 29601b1 [1,-1,0,309,1312] 2 29601b2 [1,-1,0,-1506,12565] 2
29601c (2 curves)	0	3- 11+ 13- 23-	1 3- -2 -2 11+ 13- -2  6
Curve Equation t 29601c1 [1,-1,0,-4857588,3909380035] 2 29601c2 [1,-1,0,-76602123,258071569726] 2
29601d (1 curve)	0	3- 11+ 13- 23-	1 3-  3  3 11+ 13- -2  1
Curve Equation t 29601d1 [1,-1,0,-365328,-85646723] 1
29601e (1 curve)	1	3- 11- 13+ 23+	0 3- -2 -2 11- 13+ -4 -6
Curve Equation t Generators 29601e1 [0,0,1,-246,1885] 1 [1:40:1]
29601f (2 curves)	1	3- 11- 13+ 23+	1 3-  2 -4 11- 13+  2  0
Curve Equation t Generators 29601f1 [1,-1,0,-1836,-31325] 2 [19770:227807:125] 29601f2 [1,-1,0,-29781,-1970708] 2 [632:14894:1]
29601g (2 curves)	1	3- 11- 13+ 23+	1 3- -4  2 11- 13+ -4  6
Curve Equation t Generators 29601g1 [1,-1,0,-2312919,1355516104] 2 [9766:144805:8] 29601g2 [1,-1,0,-37014534,86686787389] 2 [2300:115967:1]
29601h (1 curve)	0	3- 11- 13+ 23-	-1 3-  3  1 11- 13+  2  3
Curve Equation t 29601h1 [1,-1,1,49,-192] 1
29601i (1 curve)	0	3- 11- 13- 23+	1 3- -1 -3 11- 13-  6 -1
Curve Equation t 29601i1 [1,-1,0,-15030,-732911] 1
29601j (2 curves)	2	3- 11- 13- 23+	-1 3- -2 -2 11- 13- -6 -2
Curve Equation t Generators 29601j1 [1,-1,1,-626,6176] 2 [126:-13:8]&[16:0:1] 29601j2 [1,-1,1,-761,3422] 2 [-26:84:1]&[-21:109:1]
29601k (2 curves)	1	3- 11- 13- 23-	1 3- -2 -2 11- 13- -2  6
Curve Equation t Generators 29601k1 [1,-1,0,-74628,7865635] 2 [162:7:1] 29601k2 [1,-1,0,-74763,7835854] 2 [78:1534:1]
29601l (2 curves)	1	3- 11- 13- 23-	-1 3-  0  4 11- 13-  0 -4
Curve Equation t Generators 29601l1 [1,-1,1,-39605,-3883660] 2 [480:9115:1] 29601l2 [1,-1,1,-682340,-216757492] 2 [-476:364:1]

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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