left coset in Vietnamese

@Chuyên ngành kỹ thuật
-lớp (bên) trái
@Chuyên ngành kỹ thuật
-lớp (bên) trái

Sentence patterns related to "left coset"

Below are sample sentences containing the word "left coset" from the English - Vietnamese Dictionary. We can refer to these sentence patterns for sentences in case of finding sample sentences with the word "left coset", or refer to the context using the word "left coset" in the English - Vietnamese Dictionary.

1. Thus, H is both a left Coset and a right Coset for H

2. Thus, every left Coset of H in G has the same cardinality as …

3. Since Hg = g, the right Coset Hg and the left Coset g are the same

4. In other words: a right Coset of one subgroup equals a left Coset of a different subgroup.

5. Is just one left Coset gG= Gfor all g2G, and G=Gis the single element set fGg

6. Similarly can also define the right Coset .For simplicity, now we say, left Coset of as Coset of .

7. Left Coset and right Cosets however in general do not coincide, unless H is a normal subgroup of G

8. Theorem 1: If $$h \\in H$$, then the right (or left) Coset $$Hh$$ or $$hH$$ of $$H$$ is identical to $$H$$, and conversely

9. When H G, aH is called the left Coset of H in G containing a, and Ha is called the right Coset of H in G containing a

10. The image of a left Coset under the mapping is the right Coset .This mapping induces a bijection from the set of left Cosets of to the set of right Cosets of .

11. A subset of of the form for some is said to be a left Coset of and a subset of the form is said to be a right Coset of

12. Any two left Cosets are either identical or disjoint: the left Cosets form a partition of G, because every element of G belongs to one and only one left Coset.

13. Since the group operation is addition, we write Cosets additively: for example, the left Coset of h4icontaining x 2Z 12 is the subset x +h4i= fx +n : n 2h4ig= fx, x +4, x +8g 2

14. A left Coset is an equivalence class of G / ∼, where ∼ is the equivalence relation that states that two elements of the group, g 1 and g 2, are equivalent if g 1 = g 2 h for some element h ∈ H