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twist.out
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twist.out
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Curve is:
[1,-1,0,4,3] (reduced minimal model)
b2 = -3 b4 = 8 b6 = 12 b8 = -25
c4 = -183 c6 = -3429
disc = -10351 (bad primes: [ 11 941 ]; # real components = 1)
#torsion not yet computed
Conductor = 10351
Global Root Number = -1
Reduction type at bad primes:
p ord(d) ord(N) ord(j) Kodaira c_p root_number
11 1 1 1 I1 1 1
941 1 1 1 I1 1 1
Enter a twist value:
(0 to set a new `original' curve, 1 to twist original,
or any other integer to twist immediately preceding output)
E * 10 is:
[0,0,0,6100,254000] (reduced minimal model)
b2 = 0 b4 = 12200 b6 = 1016000 b8 = -37210000
c4 = -292800 c6 = -219456000
disc = -42397696000000 (bad primes: [ 2 5 11 941 ]; # real components = 1)
#torsion not yet computed
Conductor = 16561600
Global Root Number = -1
Reduction type at bad primes:
p ord(d) ord(N) ord(j) Kodaira c_p root_number
2 18 6 0 I*8 4 1
5 6 2 0 I*0 1 1
11 1 1 1 I1 1 -1
941 1 1 1 I1 1 -1
Enter a twist value:
(0 to set a new `original' curve, 1 to twist original,
or any other integer to twist immediately preceding output)
E * 10 is:
[1,-1,0,4,3] (reduced minimal model)
b2 = -3 b4 = 8 b6 = 12 b8 = -25
c4 = -183 c6 = -3429
disc = -10351 (bad primes: [ 11 941 ]; # real components = 1)
#torsion not yet computed
Conductor = 10351
Global Root Number = -1
Reduction type at bad primes:
p ord(d) ord(N) ord(j) Kodaira c_p root_number
11 1 1 1 I1 1 1
941 1 1 1 I1 1 1
Enter a twist value:
(0 to set a new `original' curve, 1 to twist original,
or any other integer to twist immediately preceding output)