Cremona's table of elliptic curves

Conductor 96200

96200 = 23 · 52 · 13 · 37



Isogeny classes of curves of conductor 96200 [newforms of level 96200]

Class r Atkin-Lehner Eigenvalues
96200a (2 curves) 0 2+ 5+ 13+ 37- 2+ -2 5+  0  6 13+  0  4
96200b (1 curve) 2 2+ 5+ 13- 37+ 2+  1 5+ -3 -5 13- -6  0
96200c (2 curves) 1 2+ 5+ 13- 37- 2+  0 5+  2  2 13- -6 -4
96200d (2 curves) 1 2+ 5+ 13- 37- 2+  2 5+  2 -4 13- -2  8
96200e (1 curve) 0 2+ 5- 13+ 37+ 2+ -1 5-  0 -5 13+ -1  1
96200f (2 curves) 0 2+ 5- 13+ 37+ 2+  2 5-  0  0 13+ -6  2
96200g (2 curves) 0 2+ 5- 13+ 37+ 2+  2 5- -4  0 13+  6  2
96200h (2 curves) 0 2+ 5- 13+ 37+ 2+  2 5- -4 -4 13+ -6  2
96200i (1 curve) 1 2+ 5- 13+ 37- 2+ -2 5-  0 -4 13+  0 -1
96200j (1 curve) 2 2+ 5- 13- 37- 2+  0 5-  1 -3 13- -7 -4
96200k (2 curves) 0 2+ 5- 13- 37- 2+  0 5-  2  0 13- -2  6
96200l (1 curve) 2 2+ 5- 13- 37- 2+ -1 5- -4  2 13- -2  0
96200m (1 curve) 0 2+ 5- 13- 37- 2+ -2 5- -3  3 13-  3  2
96200n (2 curves) 0 2- 5+ 13+ 37+ 2-  0 5+  0  4 13+  0  6
96200o (1 curve) 0 2- 5+ 13+ 37+ 2-  0 5+ -1 -3 13+  7 -4
96200p (2 curves) 0 2- 5+ 13+ 37+ 2-  0 5+  2  6 13+ -2 -4
96200q (2 curves) 0 2- 5+ 13+ 37+ 2-  0 5+ -4  0 13+  4  2
96200r (1 curve) 0 2- 5+ 13+ 37+ 2-  1 5+  4  2 13+  2  0
96200s (1 curve) 0 2- 5+ 13+ 37+ 2-  3 5+  3 -5 13+  0 -6
96200t (1 curve) 1 2- 5+ 13+ 37- 2-  1 5+  3 -3 13+  4 -4
96200u (1 curve) 1 2- 5+ 13- 37+ 2- -1 5+  3 -1 13-  0  2
96200v (1 curve) 1 2- 5+ 13- 37+ 2-  2 5+  0 -4 13-  0 -1
96200w (2 curves) 1 2- 5+ 13- 37+ 2- -2 5+  0  2 13-  0  0
96200x (2 curves) 1 2- 5+ 13- 37+ 2- -2 5+  0  2 13- -6  6
96200y (1 curve) 0 2- 5+ 13- 37- 2-  1 5+  0 -5 13-  1  1
96200z (2 curves) 1 2- 5- 13+ 37+ 2-  0 5- -2  0 13+  2  6
96200ba (1 curve) 1 2- 5- 13+ 37+ 2-  2 5-  3  3 13+ -3  2
96200bb (2 curves) 1 2- 5- 13- 37- 2- -2 5-  0  0 13-  6  2
96200bc (2 curves) 1 2- 5- 13- 37- 2- -2 5-  4  0 13- -6  2
96200bd (2 curves) 1 2- 5- 13- 37- 2- -2 5-  4 -4 13-  6  2


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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