Primitive Roots

[@nayzdayz1178]

This is exactly what I was looking for. I love the visual examples, exactly what I needed to solidify my understanding, thank you!

[@chibuikemchigbo3680]

i feel like you're underrate. Your teaching is just so simplified, basic and still retains the original meaning in solution.

[@vitaminprotein862]

1.9M is underrate?

[@Myaloneworldd]

@@vitaminprotein862 2.65 M ! 😅

[@nikhildhital112]

@@vitaminprotein862 u mean 2.65

[@higgsbosonberg4316]

Thank you, everything else I had found on this topic was only confusing me more. This video was clear and concise, and now I totally understand how to determine if one number is a primitive root of another number.

[@wirelessnerd7131]

Thank you sir. It took me 1 hour researching to understand and I couldn’t and then I saw your video and I got it in less than one minute. Thank you very much for explaining in normal Laymans terms.

[@hazemkak]

2 is a primitive root of 11 the primitive roots of 5 are : 2,3

[@kristvalle4424]

Great definition and examples, I had been reading about primitive roots for 20 minutes from different sources and I didn't get it. I was about to give up, good thing I clicked on your video, within 3 minutes of watching this video everything I had read suddenly made sense. Thanks!

[@sardarsalma3286]

definition made easy,, a lots of love from PAKISTAN 🇵🇰 ....

[@simplyearn-kt7ch]

Where are you in your life right now ??

[@joharabbas7203]

😂​@@simplyearn-kt7ch

[@boar6615]

love you man, my textbook makes this unintelligible unless you know a lot of jargon, thanks for explaining it in simpler terms keep up the good work!

[@lute248]

This is a very good explanation sir. I've been scratching my head reading my lecture note explanation of primitive roots

[@Monotheism-MonoTheos]

what if prime number is large, its hard to spend time by trying all possible values from 2 to.....

[@saibunny1253]

May be the point is not finding them all

[@predatorx9015]

Fast exponentiation

[@Mathchemist__]

You defined it so good Sir...thank you 🥰

[@lavredisgoume]

Clear explanation!

[@pallepuaruna6970]

Wish all the best for ur channel growth

[@PunmasterSTP]

Primitive roots? More like "Perfect video, with information clearly explained to boot!" 👍

[@neelamyadav7609]

1. yes 2 is a primitive root of 11. 2. 2 and 3 are the primitive root of number 5.

[@matt_the_musician]

Wow, this is fascinating and cool! When he says 2 into 3, that's 2 x 3, not 3/2. Indians seem to say multiplication that way. I don't know why.

[@shubhamkokala1992]

That's because we call 'X' as 'into' from our childhood😃

[@mohammedumarfarhan9900]

How do you guys say it then?

[@matt_the_musician]

We would say two times three.

[@renukanellaturu4610]

very well said sir thankyou

[@abdulmajid-rx5nz]

Great explanation.

[@ujjwalgautam7341]

Q1:Yes 2 is a primitive root of 11. Q2:2 and 3 are the primitive roots of 5

[@arwithharsh]

How will you find this

[@bkrishnamanohar8303]

Can you Post the Diffie Hellman Key exchange method?

[@manikiran949]

Thank you so much.

[@rohithasamarawickrama1810]

very good explanation

[@jesusbosch2720]

very well explained. Why other math teachers explain it soo poorly?

[@sandeepreddy1379]

Can you recommend a book for this course?

[@PriyankaSingh-bw9ct]

Pearson pulblication By- William Stallings

[@PintuSharma-x1f]

forouzan

[@blueconversechucks]

what's 8 mod 7? does that mean the same thing as the remainder of 8 / 7?

[@Linhkinhbrods]

i presume we just need to check if the power at last which is a to the power of n-1 is 1. If its 1 then every element is unique hence the number is primitive root or otherwise its not. is it correct?

[@SamsungTed155-rx5cc]

Thank you sir 😊 . PRIMITIVES ROOTS ARE NOT NECESSARY TO UNIQUE

[@aiswaryavk4011]

Thank you sir

[@mamatayeul1394]

2 and 3 are the primitive root of prime number 5

[@pillanakoduk]

Lvu mawa 💗.

[@Unix_vibe]

Yes 2 is a primitive root for 11 2 and 3 are primitive roots for 5

[@fasihullisan3066]

when 2 is divided by 7,then by division algorithm how we can write it?

[@raimadey5030]

Ans of (Q.1) : Yes 2 is a primitive root of number 11. Ans of (Q.2) : 2 & 3 are the primitive roots of number 5.

[@parshwa_1]

Got it to the point 👉

[@vrajpatel8302]

Q-1) Yes Q-2) 2,3

[@vikrantpanchal100]

Can you tell me the reference book.?

[@moviescorner11233]

CryptoGraphy and Network Security 7th Edition by William Stallings - A Pearson Edition

[@debapriyabarman5140]

Is it called square root test?

[@mihirmathur5855]

Yes 2 is a primitive root of 11 Primitive Roots of 5 = 2,3

[@sarbjeetsingh3778]

How 2 mod 5 , is written as 2 ? If we divide 2 and 5 we got remainder 1, facing same problem for 4 mod 5

[@DocBree13]

*In the first step*, 2 is too small to be divided by 5, so the answer is 0 with remainder 2 Keep in mind, it’s 2/5 not 5/2

[@moviescorner11233]

2 mod 5 means 2 is divided by 5, that is 2/5, 2 is in numerator and 5 in denominator, so 5 into 0 gives 0 and remainder becomes 2.

[@priyadv]

Yes 2 is the primitive root of 11

[@Navya-f6i]

2 is a primitive root of 11 primitive roots of 5 are 2,3.

[@akarshmalhotra1154]

2 is a primitive root of prime number 11

[@babujimitra7920]

Why 15 has no primitive root??

[@ShivamTh405]

Complete data structure please

[@jayasrisuresh3306]

What about th negative numbers

[@willynannbalenia564]

0≤r≤n. Which means remainders must be positive but less than (modulo) n

[@monicabattacharya6416]

Please start database management systems fast

[@PunmasterSTP]

Out of curiosity, how did your learning of database management systems go?

[@SequinBrain]

1. Yes. 2. 2, 3.

[@mdpsycho2op670]

legends are still waiting for deffie hellman

[@rajeshprajapati4863]

Answer to H.W : Yes, 2 is a primitive root of 11. Primitive Roots of 5 are 2,3. Q. Can't we compute primitive roots for Composite Number ?

[@priyadv]

2,3

[@saisaladi5151]

1. 2 is not primitive root 2. 2,3 are primitive roots of 5

[@AstroKarii]

Did you just say 16 when divided by 5 is 1 😂 Nah Fammn

[@PunmasterSTP]

It's more about the remainder. 16 when divided by 5 gives a remainder of 1.

[@cool-sg8si]

Thank you sir