Graphs (basic) of common functions to know

[@Saurav3.14]

It's smooth and clear ❤💯

[@taraa4684]

great video, this helped me understand in such short time. Thank you🙇🙇

[@0ptic0p22]

the clearity is insane god damn

[@thechannel7072]

great i was searching for this and finally i got it thank you very much

[@user-rq9rg9hv1c]

Around time 5:49, she is plots the graphs of y=a^x and y=log_a(x) , with a being strictly greater than 1. If 0

[@charleschristopher7411]

Excellent work

[@dileepankanagarajan2749]

Thank you mam for posting this video. It helps a lot

[@NIVASBALUJU]

very helpful ....

[@ismaelsiwi9953]

thanks for the graph, it was very informative.

[@muralidhar40]

very helpful lfor wht i'm doing now, thanks. Just a humble suggestion, you can also include a snippet of what multiplicationwith constants do to a graph, graph mirroring etc.

[@absurd7292]

Indeed amazing💗💗 Loved it.🏆

[@tosun227]

what a coincidence, I just printed something similar out and put it on my math wall last night due to the class videos always saying, "you know what the graph of such and such function looks like of course..."

[@Ud_Rahul01]

Haha 😂

[@EmonKc]

Your vdo reached Asia,Nepal

[@TheRangoonss]

simple and amazing!

[@rewayd190]

nice video; going to have a test for calculating the shaded area between two function

[@raymondvancourt1622]

Hello, love your videos. I was wondering why x^3 and tan x graph looks similar? Is there a relationship?

[@KarolStevenVillacarillo-xu9kl]

thankz you

[@khahan-oc3yv]

thank you so much, it's help my calculus 1

[@PrinceKumar-wh6yv]

Madam your video was superrr helpful and your voice istoooo cuteee😅😊

[@humanloll]

Thank you so much!

[@lapone]

Thanks for that

[@boyar3033]

Thank you for doing this !

[@mr.orndm5496]

thanks ❤❤

[@bakontriangles6497]

thanks

[@rewatteefroimchuk8589]

Thank you.

[@vaishnavi8438]

Last line 😅😅😅

[@naveensingh5787]

how to identify that if a function is one one ,many one etc from the given equation?

[@lollastar9706]

you see the power of x:y in the equation, if the power of (x) was MORE than the power of (y), then the relation will be many:one, if their powers were the SAME, then its one:one, if the power of (x) was LESS than the power of (y) (EX: y = x^1/2), then it's a one:many relationship (which is not a functuon)

[@hemalatha-ln4hl]

how a ad generated to u mam.. .?

[@MrZak-rf3vq]

Because you have to pay for KZbin's services if you want ad free, Sir. This isn't new. This is how it's been for years.

[@hemalatha-ln4hl]

I knew that ...

[@zoey2262]

@@hemalatha-ln4hl ublock origin is your best friend

[@Trioxazenon]

adblockers don't work now

[@VishnuMaayan]

Thank You🙏🏿

[@FariaManalRahman]

thank you!

[@sambalshrestha]

is the y=sinx she draw in the last question right?

[@novaapostle9739]

i think its wrong.

[@charliewilliams4645]

She drew more of x^2, a sinx graph would be better represented by waving through the origin.

[@Trioxazenon]

i think its wrong

[@rohanvijay3681]

excellent video, but you missed circle:)

[@SavageOP01]

Pdf plz

[@AllTogether77]

10:47 ? Sinx

[@novaapostle9739]

The graph you made of sin is wrong in the example.