Sum and Product of Roots | Symmetrical Functions of root

[@mapenzihamoomba8749]

Great videos sir👏🏾….appreciation from Zambia 🇿🇲😃

[@tambuwalmathsclass]

Thank you

[@francisnjie4124]

I appreciate your work deeply sir, it's realy been helpful. Please could you make this clear: you (a ^2+ B ^2), when you were done expanding, how did a minus sign come before the 2aB ?

[@tinodaisheganyani7178]

Your teaching sir is much understandable .Keep doing such good work

[@tambuwalmathsclass]

Thank you 🙏

[@robinsonmugala127]

wow....i got what have been looking at...solving sam of pefect roots....

[@noahmuke7281]

Watching all the way from Ndola

[@pipslord001]

In the first question...
The third line were the parenthesis was expanded ...
U used -2 instead of +2 ...can u be clear about that?

[@Madepabiayera]

You are a Good teacher
You teaches well❤

[@tambuwalmathsclass]

Thank you

[@rahmatbadamasi5792]

Thanks so much more knowledge. I have really learn a lot jazakhallahu khairan.

[@tambuwalmathsclass]

Ameen 🙏

[@mhuidrom1029]

Sir watching from India

[@aamirjamal7659]

Nice teaching 👍 👌

[@DorcasHamandishe]

Well explained

[@musondamwenya7001]

Job well done ✅ thanks alot

[@mariamadibbasey4069]

Is understandable, thanks so much

[@tambuwalmathsclass]

Thank you.

[@noahmuke7281]

Thank you so much sir

[@onileyanomotoyosi5360]

Thank you for your teachings
Allah bless you
Please do you know any study group for secondary school, science students
Thank you

[@mohammedrafiq7419]

Masha Allah

[@samirzain7212]

Mashallah tnx bro I really understood well

[@tambuwalmathsclass]

👍👍👍 Great

[@samirzain7212]

@@tambuwalmathsclass if the roots of the equation X2-5x-7=0 are alpha and beta. Find the equation whose roots are
a) alfa-2,beta-2) b) 1 out of alfa,1 out of beta) c) alfa out of beta, beta out of alfa.
Plz help me do this questions give me hints.

[@tambuwalmathsclass]

Isn't it supposed to be (alpha-2) + (Beta-2)?

[@samirzain7212]

@@tambuwalmathsclass it is (alpha-2,beta-2) it is like that

[@TiwaElise]

How do we make the product of the second problem

[@OKONKWOCHINELO-tf7qf]

Thank you sir ✨

[@AnisCandy]

THANK YOUU SO MUCHH

[@tambuwalmathsclass]

🙏🙏🙏

[@binibrahim590]

Assalam Alaikum warahmatullah.
Masha Allah, this is really great and enjoyable tutorial.
I have a question by the way.
In solving for the 3rd question, can we just make it simple by substituting the values in the first step where it says
(á+ɓ)(á+ɓ)²

[@tambuwalmathsclass]

No because we want to find a³+b³ not (a+b)³ they are never the same

[@binibrahim590]

@@tambuwalmathsclass Ok I get it.
Thanks. jazakumullahu Khair

[@aamirjamal7659]

Love ❤ 😍 from Bihar India 🇮🇳 ❤ 😍

[@tambuwalmathsclass]

Thank you

[@AkinpeluOmojola-wt8bb]

Please what about (a³-B³)

[@damolashe]

Thank you very much

[@tambuwalmathsclass]

Welcome

[@myyoutube5237]

love from🇮🇳

[@codewithshedrack]

This is great... Keep up the good work sir

[@tambuwalmathsclass]

Thanks 🙏

[@ayodejidara5283]

Thanks!!

[@tambuwalmathsclass]

🙏🙏

[@Nsikak-abasiEbong-ex4tk]

Please 🙏🥺 help me to solve the root product of question b
Cause it's only the sum product u solved

[@thegreatkiller375]

I really understand its terms

[@boladavid8238]

thanks alot

[@tambuwalmathsclass]

🙏🙏

[@cosmasmali]

Can you please express alpha squared minus beta squared????

[@tambuwalmathsclass]

I have done that already

[@raissaghislaine9813]

❤

[@mukhtarullah8590]

Sir please help me lot of because my chemistry exame is near solve this question underoot (x+b/x-b)find Dy/Dx

[@maryojo6732]

Pls can you make a video on cubic root

[@tambuwalmathsclass]

Sure

[@PF_BUCHI]

Please can you solve for alpha minus beta

[@tambuwalmathsclass]

I've done that already

[@FortuneMayonde]

It's not helping

[@dabraghabubagha4243]

Alpha²+beta²=(alpha+beta)-2(alpha×beta)
Not: Alpha²+beta²=(alpha+beta)+2(alpha×beta)

[@tambuwalmathsclass]

I've not written anything as such, in fact all the two Equations you have written are wrong

[@AkinpeluOmojola-wt8bb]

Please what about (a³-B³)

[@DavidSebastine]

❤

[@DavidSebastine]

❤

[@DavidSebastine]

❤