Приклади вживання This theorem Англійська мовою та їх переклад на Українською
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However Andrew Wiles proved this theorem in 1995.
Can this theorem be proved from these axioms?
No experience has ever contradicted this theorem.
This theorem was extended for terms of all orders by Lorentz in 1904.
Later he began studying works of mathematicians who tried to prove this theorem.
Note that this theorem does not assume the existence of such an object.
He formulated it for thermodynamic processes, but this theorem is also valid far beyond all areas of technology.
This theorem is a tautology, its deduction results in an analytic judgment.
There is no area of physics where this theorem has not been decisive in the clarification of relationships.
This theorem can be proven using a constructive proof, or using a non-constructive proof.
Events which contradict, for example,the energy law are impossible in principle because this theorem even holds for individual atoms.
Based on this theorem, Cantor then uses a proof by contradiction to show that:.
In 1930, in a paper entitled'On a Problem in Formal Logic,' Frank P. Ramsey proved a verygeneral theorem(now known as Ramsey's theorem) of which this theorem is a simple case.
This theorem is proved by showing that four of the axioms together imply the opposite of the fifth.
Lagrange's four-square theorem of 1770 states that every natural number is the sum of at most four squares;since three squares are not enough, this theorem establishes g( 2)= 4.
Desargues never published this theorem, but it appeared in an appendix entitled Universal Method of M.
This theorem is the key for the computation of essential geometric features of the curve: tangents, normals, and curvature.
With its help, this theorem can be solved in another way, different from those used in this article.
This theorem has many generalizations, including a version for space curves where a vertex is defined as a point of vanishing torsion.
Again, this theorem was known to the Ancient Greeks, such as Pappus of Alexandria, but the Dandelin spheres facilitate the proof.
In 1919 this theorem was independently discovered again by Johanna van Leeuwen and has a name the Bohr-van Leeuwen theorem. .
In 1919 this theorem was independently discovered again by Johanna van Leeuwen and has a name the Bohr-van Leeuwen theorem. .
This theorem is actually redundant in the light of N2 and N3, but it is formulated separately to avoid any possibility of misunderstanding.
This theorem is one of the main reasons why 1 is not considered a prime number: if 1 were prime, then factorization into primes would not be unique;
This theorem may be considered to be the foundation of the Gibbs canonical distribution if a microcanonical distribution is taken as the fundamental postulate of statistical physics.
This theorem is an important tool in model theory, as it provides a useful method for constructing models of any set of sentences that is finitely consistent.
This theorem is one of the main reasons for which 1 is notconsidered as a prime number: if 1 were prime, the factorizationwould not be unique, as, for example, 2= 2Ã1= 2Ã1Ã1=….
This theorem is one of the main reasons why 1 is not considered a prime number: if 1 were prime, then factorization into primes would not be unique; for example, 2= 2× 1= 2× 1× 1=.