goat

Thank you. I actually used to struggle with remembering this.

Not only did you help with solving an equation, but also gave examples and help identifying the answer! I really appreciate this so much, thank you!

Good explanation. This helped - thank you.

Thank you so much! this helps so much in math class!

thanks alot ❤️

Brilliant explanations. Thank you.

hi

Thank u so much sir for this. I've bben struggling with this ch in geometry

Thanks so much

I LOVE U SO MUCH U SAVED ME AND MY FRIEND FROM FAILING MATH 🫶🫶🫶

Up se koun koun yha tak pahuch gaya

love you thank you so much🙏🏽🙏🏽

Thanks sir ❤

This is the last video in silicon valley high school online geometry course as of now (idk if it changes) but thats cool ig

Great video!!! :D

Thank you so much for this video. I had a hard time understanding this, and went to look if your channel had a video on dilations when the the center isn't the origin. All of your videos are very informational and clear, thanks for that.🙂

u saved me thank you

thanks a lot man. going to take some practice. do you know of any where that I can find some practice problems to do

thank you my glorious king

You'll find it when you are not looking 😉. That became my reality today . A week ago, I was looking for a video like this but I couldn't find . Here today I FIND it 🎉. Thank you sir for such great explanation . You've FOUND a new subscriber ❤.

Only video that actually helped thanks!

Great work, Sir! ❤

Thank you! I am in kinematics and forgot all about this. The refresher is appreciated.

This was so helpful, thank you!

Thank you so much for this video!!

In wich profesion is this useful? (sorry for my english, if I misspeled or something)

This little memory trick really helped my students quickly apply the fact that they knew the triangles were proportional. Love it! Thanks:)

Yes, the proof is there. But why the right triangles or their sides "behave" that way?

Thank you this is very helpful and I understand. I do not fully get why it's always n-1 for example when the common difference is 3? So why is it not 84-3 instad of 84-1 (n-1)

This helped the topic click so well in my brain, many many thanks :)

Right right right , thanks alot , this helped me Ps. My ball is burning

THAAAAANNK YOOOOOOOU

mr Kinsey making me watch this bs

thank yo very much keep doing videos like these, very helpful

thanks brotha

thank you this helped a lot!

THANK YOU SO MUCH 🙏🏼🙏🏼🙏🏼

Great!! 🇲🇦🇲🇦My teacher already told me to memorize it in that way ...thank you

This makes so much sense now, thank you! Do you have a video showcasing how to draw the graph from the written function?

dude. you are a pimp on a blimp for posting this. wish me luck on my trig test tomorrow! i am much more prepared now

why in example one under the remainder for fraction form the denominator is a -5?

Thanks for a down to earth and easy to understand example! 0:28 though. That's a really sad amount of jelly. My day would be ruined if I got a tablespoon of jelly in my PBJ.

Ty

Awesome!

Hey this is amazing. This is the kind of attitude towards mathematics that should be encouraged in schools as well as in our daily lives. Thanks for the upload, I'm bookmarking it!

"Un dos tres, tres dos un, todo mundo sobre 2, raiç en cada un". Cat song lol

nice. Helped me learn this concept. Was stumped on this problem for like 30 min

Quick fact: the reason it’s over two is becouse a circle is two radians

I cant thank these kinds of channels enough.