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THANK YOU SO MUCH!!!! U r the best SAT content maker in the RUclips industry!!!❤❤❤❤❤❤

plz replace my linear teacher 🙏🙏🙏

i luv u

Bro as a jee aspirant it is nothing

Q2 put in desmos u get answer -13

Nice video ❤

was waiting for this video. Waiting for more

saved me ong exam in 4 days

thank you

This is a good video though I got confused probably since this is a video for those already familiar and going through it quickly while I knew nothing

I did all ur questions on a pice of paper

great explanation thanks!

These questions are in the book I have

damm really gotta be creaetive with these

Where did you disappear bro

Best teacher

Mountain Drew 👏

the absolute goat tysm

you deserve more likes and subscriptions tbh U do a great job I am sharing it with all of my friends!

Thank you x10000!!

needed this, thanks for creating this. :)

you're goated

plz turn your camera off in future videos. I'm trying to really focus so i can get a high sat score but your pretty face keeps distracting me

amazing video. waiting for more of these

Currently a student taking Linear Algebra, appreciate these videos! They're a big help when the professor just repeats the textbook verbatim in the lectures.

9:47 Can I consider x^2-5k-10 as a qudratic function and find its roots instead of equating x^2 to zero? I've done it this way but cannot get the correct answer for some reason, is there any explanation why my method does not work? Thank you for a great video!

Learned something new today , thanks

VERY MUCH DIPHICULT BIRO 🤣🤣🤣🤣

Is not the fifth question‘s answer 5/9?😶‍🌫You know 54(x^2+5/9)(x^2+7/2)

Hello Drew, thans for the awesome work. I have a question. If we prove that those vectors span the whole R3, then isn't it obvious that they also have to be independent, considering the fact that if at least one mas not linearly depended on the others, then the space produced from the linear combinations would be just a plane of the whole space? I have seen again this kind of proof and I am a little bit confused. Thank you in advance!

6:39 linearccombi gives vectors

Thank you, sir. I could not even find this in my textbook.

for question two if you want to do less math you could just plug in the x and solve for the y, and if it matches up with the y in the solution you would have found your answer

Very helpful, thanks! Amazing job.

is there any ways to solve these using desmos?

You kinda look like Farkle lowkey… (compliment) blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEhWMPPcUCH9Vlynz5WY-cbFIH6QUbhyphenhyphenEbSkBuJVJFuN8nAuYh3X-hqnLDIrKa9PcOGdlKBXlJ5giWQ8a_s2zTfywrfn29p1ejM-VBvEZnHj6ZyFajdymdaoR8bWMNdrIHBEd-1jVSwGkpE/s1600/farkle2.jpg

19:38 but this is only possible when the expression is equal to zero, which is not given...? How does hippy do that?

LOVE YOU SO MUCH

Thank you so much, had me stumped since we are doing complex no.s for the first time.

I dont understand the first question solution. If we are comparing values of x and J, then why when x is negative and J is positive, why are saying that x>J?

Hey do you know which subreddit this question is from or do you know any subreddits that post harder questions? Thanks!

3rd question was the hardest on here imo

but the question is asking for a column space of a polynomial. There isn't even a matrix given in the question.

The first question’s answer should be only II, not neither I or II

good job boyy❤🎉

Thank you!

please show us how to do question 1 and 2 this with desmos cuz using this methode take too much time

For the k problem at 6:37 the solutions are -11/5 from the first factor, -sqrt(5k+10) from the second, and sqrt(5k+10) from the third. Then just use desmos regression to solve for k: (-11/5) * (-sqrt(5k+10)) * (sqrt(5k+10)) ~ 154 PARAMETERS k=12 Done

I did not get this: at 6:52, how can taking a derivative helps us find the roots of vertex?

Great! Thanks for this simple and intelligent explanation!