Second Theorem of Isomorphism - State And Proof - Homomorphism/Isomorphism- Ring Theory

[@tadaranung1391]

11:36 b is conatined in a or a is contained in b?

[@manavleks2603]

This is a statement and proof of 3rd theorem on isomorphism

[@mohiburrahman1523]

Maam in question given that B is subset of A but you are using A is subset of B

[@musaifbangi9117]

By looking carefully on question B is subset of A, as there is A/B here B must be ideal of A

[@yashghuge8760]

How you take that value of kernel

[@forbusiness8019]

Ma’am No need to check one one?

[@learnmatheasily]

Mention time of the video

[@abhaychourasiya4736]

Mam plz make video on how to strong group theory

[@AmitYadav-gx9ll]

Maim really you are doing hard work

[@ashik_jgd]

Ma'am A contain B or B contain A, you r writing both in same proof take review 🙏plzz

[@learnmatheasily]

Mention time of the video

[@ashik_jgd]

6:17, 8:23, 11:25

[@sanjana7854]

@@learnmatheasily yes ma'am I also confuse in this.

[@sanjana7854]

@@learnmatheasily please explain

[@learnmatheasily]

It means B is either a subset of A or it is A itself

[@ranjantalukdar2243]

It has no brief explanation to understand.sorry.
Again, Half of the content is related to theorem 1 but anyone come to see theorem 2 only.
Lastly, Thanks for providing the playlist.🚩

[@msakhawat3641]

Examples of second theorem??

[@dayashanker1112]

There should be ....B is an ideal of A . And B is a subset of A

[@learnmatheasily]

Mention time of the video

[@bhavpreetsinghyt4123]

8:30

[@forbusiness8019]

Thanks ma’am 🙏

[@pranamiborah4457]

Ma'am this is third theorem of isomorphism

[@learnmatheasily]

No second

[@janmejoyghosh1026]

​@@learnmatheasilyNo third hain

[@mohdtalhakhan7859]

thanks for new logo

[@mohdtalhakhan7859]

thanks maim

[@ushakiran-pv9hb]

❤