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| Bourbaki N. — Algebra I: Chapters 1-3 |
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| Предметный указатель |
Term in  in a polynomial III § no.
Term of a formal power series III § no.
Term of a polynomial III § no.
Term of a sum I § no.
Term of degree p with respect to certain indeterminates in a formal power series III § no.
Term of total degree p in a formal power series III § no.
Term, constant, of a formal power series III § no.
Term, constant, of a polynomial III § no.
Theorem of the complete quadrilaterial II § Exercise
Theorem, associativity I § no.
Theorem, Cayley — Hamilton III § no.
Theorem, commutativity I § no.
Theorem, Desargues's II § Exercise
Theorem, Erdds — Kaplansky II § Exercise
Theorem, fundamental, of projective geometry II § Exercise
Theorem, Hall's I § Exercise
Theorem, Jordan — Holder I §4 no.
Theorem, Kaplansky's II § Exercise
Theorem, Krull's I § no.
Theorem, Nielsen — Schreier I § Exercise
Theorem, Pappus's II §9 Exercise
Theorem, Schreier's I § no.
Torsion element, module, submodule II § no.
Torsion-free module II § no.
Total algebra of a monoid III § no.
Total graduation II § no.
Totally orthogonal (submodule) to a subset II § no.
Trace in a quadratic algebra III § no.
Trace of a matrix II § no.
Trace of a scalar with respect to a module III § no.
Trace of an element in a K-algebra III § no.
Trace of an endomorphism II § no.
Trace, Cayley III § no.
Transitive operation I § no.
Transitivity formulae III § no.
Translation in an affine space, space of translations II § no.
Translation, left, right I § no.
Translation, left, right (monoid operating on itself by) I § no.
Transporter, strict transporter I § no.
Transpose of a linear mapping, of a semi-linear mapping II § no.
Transpose of a matrix II § no.
Transposition I § no.
Transvection II § Exercise
Triangular, lower, upper triangular, matrix II § no.
| Trivial extension I § no.
Trivial graduation II § no.
Trivial homomorphism I § no.
Trivial operation I § no.
Trivial solution of a homogeneous linear equation II § no.
Trivial system of commutation factors III § no.
Two-sided ideal I § no. § no.
Type  , graduation of II § no.
Type, exponential, group of I § Exercise
Unimodular endomorphism III § no.
Unimodular group III § no.
Unimodular matrix III § no.
Unit element of an algebra III § no.
Unit, left, right, in a groupoid I § Exercise
Unit, unit element of a magma I § no.
Unital algebra III § no.
Unital algebra homomorphism, morphism III § no.
Unital homomorphism I § no.
Unital magma I § no.
Units, matrix II § no.
Universal algebra defined by a generating system related by a family of relators III §2 no.
Universal algebra subjected to identities III § no.
Universal relator III § no.
Unknowns of a linear system II § no.
Value of an element of a free algebra III § no.
Value, absolute, of a rational number I § no.
Vandermonde determinant III § no.
Varieties, parallel linear II § no.
Variety, affine linear, affine linear variety generated by a family II § no.
Variety, linear II § nos. 7
Variety, projective linear, projective linear variety generated by a family II §9 nos.
Vector II § no.
Vector rational over a subfield II § no.
Vector space II § no.
Vector, direction, of an affine line II § no.
Vector, free, of an affine space II § no.
Weight of a homogeneous element II § no.
With no fixed point (automorphism) I § Exercise
Word I § no.
Zassenhaus's Lemma I § no.
Zero I § no.
Zero matrix II § no.
Zero ring I § no.
Zero solution of a linear equation II § no.
Zero submodule II § no.
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