The y-intercept of a polynomial in expanded form, is trivial to find. It's the final constant term. Even if you weren't given the expanded form, you can just plug in x=0, to find the y-intercept, and evaluate it directly. It's the x-intercepts that are challenging to find, for polynomials in general beyond the trivial case of a line.
watching this video gave me more time to play zone wars with the homies
Watching This Video I Learned How To Sketch Polynomials Instantly! What A Nice Brilliant And Smooth Presentation!
I struggled with this so much....you made it very easy to understand. Thank you!
Thanks for the video; its awesome to see that your still at it.
Thank you very much, was a little confused about the even and odds, but this cleared it up.
Excellent video . easy to undestand
Zambia here... This is all I wanted, thanks.
thank you my life will neva b the same again am a changed man now
Great easy to understand! Why can't teachers or books explain this in English like you did?
Good job, I was searching for clarity of the EB (End Behavior) you cleared it up. Thanks
Easy way to explanation. Thanks ma'am 😊
Thank you ma'am for a handful illustration. Easily grasped.
very good tutorial and easy to follow. thank you .
This is an excellent video. Should help me with some of my curve fitting intutions
Very concise and clear video, thanks for sharing.
This explained it so well thank you!!!!
Shes just a legend nothing else to it
Thanks for the wonderful explaination
Super helpful! Thank you.
Your explanation is very helpful
Excellent presentation
Thanks for such a nice explanation. Love you from India......
Thank you for the video. It helped me with my homework 😊
Great explanation, thanks a ton!
This helped a lot thank you for making this video!
thanks for ur tips make a video on how quintic equation can not solve by redicals I will humbly obliged to u
omg this was so helpful thanks
nice way to explain
I still don't understand how you make the graph but it doesn't matter, I love your eyes.
Thanks it is very use full
Thank you so much great tutorial !!
Nicely explain
Thanks for this video.
Me watching this because I have a test tomorrow and wasn't paying attention in class reeeeeee
Brains and beauty. A very good video. Thank you.
thanks nice explanation.....
Matching, beautiful explanation, beautiful instructor. Thanks!
hey there, if you're watching this. First time I enjoyed watching maths with utmost concentration. I wonder why?
Very good
an excellent presentation
Thank you so much 💯
well presented
Thank you so much Mrs
i finally understand this thanks
Excellent
Mucha gracia :D... TQM
Tysmmm you literary saved me 😭😭😭
great video
Thank you so much
Good mem
Thank you.
you are amazing thank you
thank you so much its a great video!!!
Thank you
Thank you for making this vid
thx,it is very helpful!
She is beautiful.
Agreed.
Isn't the degree equal to the largest exponent in the function, not them added together?
That's cuz it's factored if it wasn't the highest power would have been the sum
Good
how to find the y intercept though?
0
hello, very usefull, thanks :)
Oh, that's one hot teacher! Polynomials to. Keep talking dirty to me!
Thnx a lot.
Thanks!!
Awesome
Thank you for the video:)
thanks
Why was she starin at me like dat in da beginnin
3:50 isn’t the leading coif x-3
No, your leading coeif is the very first term in the equation
thanks alooot
U r good looking. Nice video.
thinks
u remind me of Tina Fey in Mean Girls
perfect
You are like the Angelina Jolie of math 💯🔫🔥
omg my aunt is famose!!!!11
Stop calling my mom “Hot” she has a husband and kids :/
Is that cute lady ur mom :|
So shes a milf
Yeah you tell em
What about the y intercept....
The y-intercept of a polynomial in expanded form, is trivial to find. It's the final constant term.
Even if you weren't given the expanded form, you can just plug in x=0, to find the y-intercept, and evaluate it directly. It's the x-intercepts that are challenging to find, for polynomials in general beyond the trivial case of a line.
ur mad pretty !!
soo cuteeeeeeeeee
No, no... Thank you!
b
I can watch math all day)
ahhhhh lcp comments
Mam i am art lover, please wil you be my teacher? I respect you
Kinda gross
That’s my mom btw
@@cartermaloy6283 ok dear... your mom artist??
this makes no fcking sense
You are so beautiful ma'am
I like you
mucha gracia, tqm