Примери за използване на This theorem на Английски и техните преводи на Български
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Levin does not believe this theorem.
This theorem is due to Peter Lax.
In[10] Parshall discusses this theorem.
Let this theorem be in your mind;
We will not give a proof of this theorem here.
This theorem altered the area of quantum physics.
The proof of this theorem is given in[2].
This theorem will be generalized to one for M-person games.
I actually don't think this theorem doesn't have a name at.
This theorem is more strictly fundamental than von Staudt's….
Let's verify the results of this theorem with an example.
We use this theorem to get the shortest distance.
So I doubt this theorem will be used that often.
He spoke at the University so I went there and sure enough,he proved this theorem.
This theorem remains as Osgood's outstanding single result.
Fermat first mentioned a version of this theorem in a letter in 1640.
This theorem describes the relationship between the sides of a right triangle.
I have found an astonishing proof of this theorem, but there is no space here to place it.".
This theorem was motivated by applications and leads to a startling practical prediction.
Take advantage of the opportunity to prove this theorem is already playing the game,"O Lucky Man!".
This theorem can be easily deduced from the actual Karamata theorem. .
It can be partially explained by Schema Theorem(Holland),however, this theorem has been criticised in recent time.
This theorem gave, as a corollary, the complete structure of all finite projective geometries.
In 1954, Gerhart Lüders and Wolfgang Pauli derived more-explicit proofs, so this theorem is sometimes known as the Lüders-Pauli theorem. .
Skolem published this theorem in 1927 in a paper Zur Theorie der assoziativen Zahlensysteme.
This theorem can be proved by a mathematical equation based on the following two postulates.
The last assertion of this theorem follows easily from the preceding argument.
This theorem can now be supported by a mathematical equation based on the following two postulates.
This theorem is widely used in the theory of group varieties, combinatorial group theory, and permutation group theory.