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

Join this channel to get access to perks:
/ @learnmatheasily Join this channel to get access to perks:
/ @learnmatheasily
............ Join this channel to get access to perks:
/ @learnmatheasily
Here in this video i will explain the concept of Second Theorem of Ring Isomorphism which is very important in Ring Homomorphism/ Isomorphism of Ring.
everything is explained in Hindi
welcome you all in my channel LEARN MATH EASILY
This video will be very useful if you are student of Higher Classes in mathematics like B.Sc, M.Sc , Engineering and if you are preparing for UGC Net and iit Jam etc.
Please Do not forget to Like, Share and Subscribe
Before this topic i did various other topics of Real Analysis:
My other Videos are as follows:
Metric Space
• Metric Space - B.A/B.S...
Countable and Uncountable Sets
• Countable and Uncounta...
Supremum & Infimum
• Supremum & Infimum
Connectedness - Real Analysis
• Connectedness - Real A...
Compactness
• Compactness
Neighbourhoods and Limit Points- Real Analysis
• Neighbourhoods and Lim...
Infinite Sequences - Real analysis
• Infinite Sequences - R...
Indeterminate forms and l’hospital’s rule
• Indeterminate forms an...
Multiplication Tables- Shortcut tricks
• Multiplication Tables-...
Shortcut tricks to Solve linear equations
• Shortcut tricks to Sol...
Quadratic Equations
• Quadratic Equations
Square and Cube Shortcuts
• Squares & cubes shortcuts
Number System
• Number System
HCF And LCM
• HCF and LCM
Multiplication Tricks
• Multiplication Tricks
Subscribe to My TH-cam Channel " Learn Math Easily" :
/ @learnmatheasily
.................................................
My Page on Facebook:
/ learnmathematicseasily
.......................................................
• Lower Bound, GLB and I... cyclic vbv

[@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

[@AmitYadav-gx9ll]

Maim really you are doing hard work

[@forbusiness8019]

Thanks ma’am 🙏

[@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

[@mohdtalhakhan7859]

thanks maim

[@abhaychourasiya4736]

Mam plz make video on how to strong group theory

[@mohdtalhakhan7859]

thanks for new logo

[@yashghuge8760]

How you take that value of kernel

[@ushakiran-pv9hb]

❤

[@RT.Edu__shorts]

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.🚩

[@forbusiness8019]

Ma’am No need to check one one?

[@learnmatheasily]

Mention time of the video

[@pranamiborah4457]

Ma'am this is third theorem of isomorphism

[@learnmatheasily]

No second

[@janmejoyghosh1026]

​@@learnmatheasilyNo third hain

[@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

[@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

[@msakhawat3641]

Examples of second theorem??