Z(sqrt(-2) is a Euclidean domain)

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a+b root -5 where a - b even is an maximal ideal in Z root - 5| Proof| Maximal Ideal example|

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Decide whether z(sqrt(-5)) unique factorization domain or not (ring theory) | Plainmath

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Prime and Maximal Ideals in a PID (Algebra 2: Lecture 5 Video 1)

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Euclidean Domain(definition and examples) : part 1(In Bengali)

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Z[sqrt 5] is an Integral domain | Abstract Algebra

1:02:42

Abstract Algebra: Exam 3 Review, Overview of Divisibility in Integral Domains, Ring Homomorphisms

0:13:50

Show that s={a+broot(2) |a,b are integrers }integral domain but not field

0:30:19

Abstract Algebra, Lec 31B: Z[sqrt(-5)] is not a UFD, Exam 3 Review: (Mostly) Ring Theory

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Units of Z[√2] is infinite set | units of Z[√-5] is finite set | Proof using norm| Ring

0:01:33

Is $2 in mathbb{Z}[sqrt{-2}]$ a unit, an irreducible element or a prime element?

0:14:53

Irreducible and Prime Elements (Algebra 2: Lecture 5 Video 2)

0:04:09

Z= square root of 3 divided by 2 + 1/2i. Calculate z^2 and z^3. Plot in Argand Diagram. De Moivre

0:23:06

Norm function on Z root d | Property of norm function with simple PROOF

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Unique Factorization Domain (UFD), Principal Ideal Domain (PID), Euclidean Domain (ED) revised

0:08:04

An Irreducible Element that is Not a Prime

0:19:59

Unique Factorization Domains

0:00:11

IIT Bombay CSE 😍 #shorts #iit #iitbombay

0:36:34

Abstract Alg, Lec 31A: Review Special Integral Domains: UFDs, PIDs, EDs (also Irreducibles, Primes)

0:22:06

Norm on an Integral Domain | Euclidean Domains | Urdu | Hindi

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4.13UFD video 1

0:04:55

4.14 Unique factorization domain 3

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z is integral domain

0:36:07

Abstract Algebra, Lec 30A: Divisibility in Integral Domains: Associates, Irreducibles, Primes, Norms

0:51:13

Abstract Algebra: ED implies PID implies UFD, some number theory, 11-29-17