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Cheer~~the condition of being equal or equivalent in value, worth, function, etc.😊

Thanks !

so helpful thankk uu

thanks gang

what do you look for when you're trying to figure out if you need to use sine rule or cosine rule

Put the augmented matrix into RREF

bhai sote hue vdo bna rha hai kya 😬

You could've made this actually educational by explaining the process out-loud. Or writing out a formula that can be used to reach the solution. To someone who doesn't know matrices, they have no clue what you're writing.

First of all, amazing handwriting. Second of all what amazing asmr

Why am I so obsessed with your handwriting😂, it's so smooth😅

Woow....i wasn't expecting that among short of ladies apparently cold picking up firewood.

I love u

Or just use laws of logs and differentiate y= 3lnx which is much easier.

Does this mean that 0 is even? 👀

x(x+1) is a product of two consecutive integers, one of which is even. If this was meant to be a demonstration of the method, you should use an example where that's the easiest method.

A number always keeps its parity when squared and adding numbers of the same parity always yields an even number

Or if you write x = 2k + m, m being either 1 or 0, the proof devolves into pricing the same claim for m, namely m squared plus m is even, but now m is either 0 or 1.

If you factorise the x^2 + x as x(x + 1) first, it becomes much easier to solve. Case 1: x is even => 2(k(2k + 1)) Case 2: x is odd => (2k + 1)(2k + 1 + 1) = 2((2k +1)(k + 1))

Last but one line is 2,1 I think

(x+a)(x+b)=x^2+(a+b)x+ab

thats just x (x^x) so it should be x^x^x ??

What is this? What is a matrix?

thanks 😊

Sir, please take your teachings easy

😊😊😊😊 yes sir 👌

What if I assumed that the gcd between a and b, is 2 , I will never change any thing in the proof, I mean can you assume what ever you want and just building on it?!!

Its hard learning maths using shorts

it must be hard for you to write with that pen

Tq sir

now do one where either or both a and b in a+bi 8s negative

🇮🇳

Shouldn't there be 8(9m+1) instead of 8(9m-1)?????

Nice stuff. Only at the final expression the product should be 8*(9n+1) not 8*(9n-1)

pls make more videos on other basic topics

thanku sir

Thanks

Good job bro

Can you help with this (A+B)^T=(A^T+B^T)

Great sir last you say that we assume a and b are co prime but at last we got both a and b are divisible by 2 so it is irrational because our assemtion is wrong

This is a really offtopic question but: Which part of the UK is your accent from? I'm not a native speaker so I can't tell, however, I'm in love with the UK accents and I'd like to broaden my knowledge in reckognising them! Besides that, thanks for the video, it helped me with my thesis :) Kind regards

This really helped thank you

ᑭᖇOᗰOᔕᗰ 😂

Ur 4’s are kinda weird but thanks for the vid

Thank you!!

Ty this really helped

Excellent video sir really lovely explanation. Keep it up.

Awesome bt lil energy is needed in ur tone 👏

very well demonstrated

Did you fall asleep while making this video or something why is it so quiet

thanks for sharing this linear homogeneous diophantine problem