- cardinality() (sage.rings.ring.Ring method)
- category() (sage.rings.ideal.Ideal_generic method)
- (sage.rings.ring.Ring method)
- CFiniteSequence (class in sage.rings.cfinite_sequence)
- CFiniteSequences() (in module sage.rings.cfinite_sequence)
- CFiniteSequences_generic (class in sage.rings.cfinite_sequence)
- characteristic() (sage.rings.contfrac.ContinuedFractionField method)
- (sage.rings.fraction_field.FractionField_generic method)
- (sage.rings.quotient_ring.QuotientRing_nc method)
- (sage.rings.ring.Algebra method)
- class_group() (sage.rings.ring.PrincipalIdealDomain method)
- class_number() (sage.rings.fraction_field.FractionField_1poly_field method)
- coefficients() (sage.rings.cfinite_sequence.CFiniteSequence method)
- (sage.rings.invariant_theory.AlgebraicForm method)
- coeffs() (sage.rings.invariant_theory.BinaryQuartic method)
- (sage.rings.invariant_theory.QuadraticForm method)
- (sage.rings.invariant_theory.TernaryCubic method)
- (sage.rings.invariant_theory.TernaryQuadratic method)
- CommutativeAlgebra (class in sage.rings.ring)
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- CommutativeRing (class in sage.rings.ring)
- composite_field() (in module sage.rings.misc)
- construction() (sage.rings.fraction_field.FractionField_generic method)
- (sage.rings.quotient_ring.QuotientRing_nc method)
- content() (sage.rings.ring.PrincipalIdealDomain method)
- ContinuedFractionField (class in sage.rings.contfrac)
- ContinuedFractionField.Element (class in sage.rings.contfrac)
- covariant_conic() (sage.rings.invariant_theory.TernaryQuadratic method)
- cover() (sage.rings.quotient_ring.QuotientRing_nc method)
- cover_ring() (sage.rings.quotient_ring.QuotientRing_nc method)
- Cyclic() (in module sage.rings.ideal)
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