Every Euclidean Domain is a Principal Ideal Domain - Theorem - Euclidean Domain - Lesson 4

[@inzaynclasses7129]

Thank you mam really really appreciate , you clear my concept which my university professor couldn't , I'm really grateful

[@learningacademy2769]

Mam your way of reaching is very good

[@himanshupatankar7679]

Thankyou so much ma'am. U made it easy to understand

[@renukar2047]

Maam, R is an ED implies that R is an ID as well, then by def it will have unity, since ID is a commutative ring with unity without zero divisors.14:45??

[@pramod831]

I had the same doubt but apparently the definition of ID is different in different books. Some assume the existence of unity in it while others don't

[@Pk..-zn7go]

Ma'am ID me to multi idt to hoti hi hai ,, to I.D. ke sath idt ko kyun difine karti h ,,,, confusion

[@shaheenaali7720]

If f is a homomorphism of a ring R onto R' then R' is a isomorphic to the quotient ring R/S, where S is tha kernal of homomorphism plz solve this question

[@monalisagiri7541]

Thank you so much

[@mathspoint2335]

Euclidean ring and euclidean domain is same?

[@learnmatheasily]

Yes

[@mohdtalhakhan7859]

thanks

[@MohitSahu-vb5qt]

Nice

[@learnmatheasily]

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[@ishachoudharybnl]

what about converse mam??

[@learnmatheasily]

It need not be true

[@Ranjit-fw9kg]

Good

[@learnmatheasily]

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[@beinghuman7446]

Sn math tuitorial (bsc) youtube channel for bangla medium

[@learnmatheasily]

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[@subhendugupta2958]

't' ulta kyun likha hai

[@lakshmikantsingh4871]

S is not a mapping from R to z it should be Z^+U{0}

[@learnmatheasily]

Mention time of the video

[@admink8662]

Thank you very much