Z/(n) has no nil potent element iff n is square free - Ring Theory - Lesson 70

Download notes from Here:
drive.google.c...
Here in this video i will explain a Theorem which states that Z/(n) has no nil potent element iff n i square free , This is very important in Ring Homomorphism/ Isomorphism of Ring.
everything is explained in Hindi
welcome you all in my channel LEARN MATH EASILY
#Z/(n)HasNoNilPotentElementsIffNIsSquareFree #SquareFree #NilPotentElement#RingTheory #India
#Z/(n) has no nil potent element iff n is square free #Z/(n) has no nil potent elements iff n is square free in Hindi # Z/(n) has no nil potent elements iff n is square free in ring theory
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 RUclips Channel " Learn Math Easily" :
/ @learnmatheasily
.................................................
My Page on Facebook:
/ learnmathematicseasily
.......................................................
• Lower Bound, GLB and I... cyclic vbv

[@mohdtalhakhan7859]

thanks maim

[@koushikghosh69]

Mam how can we conclude from here , that if pi divides m then m+(n)=(n) 12:13

[@ranabashir9037]

Mam make videos on mechanics msc math beasuse there are few videos on mechanics on youtube.

[@learnmatheasily]

Still 2 more sections are there in ring theory

[@avinashpandey8933]

Khanna and bhambri