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Connecting f, f', and f'' graphically | AP Calculus AB | Khan Academy 

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Analyzing three graphs to see which describes the derivative of which other graph.
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23 авг 2024

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Комментарии : 24   
@chikipichi5280
@chikipichi5280 2 года назад
I understand this just a little bit less than I already did
@sprq9955
@sprq9955 Год назад
😂😂😂
@drioko
@drioko Год назад
oop
@Nino-eo8ey
@Nino-eo8ey Год назад
probably a bit late to say now, but I would probably revisit older topics if I'm feeling foggy with this. Mainly how the sign of derivatives are related to their original functions. It's not bad that you felt the way you did lol, it's actually a good sign that you have the wrong or incomplete ideas about whatever you're learning.
@mizu6
@mizu6 Год назад
I DONT GET IT IM GOING CRAZY
@bd-fb1ul
@bd-fb1ul 2 года назад
Thank you!!! I understand it so much better
@anastasiaanautodidact9856
@anastasiaanautodidact9856 3 года назад
slopes are awesome
@razasyed575
@razasyed575 3 года назад
we love you sal khan
@macleodgordon
@macleodgordon 2 года назад
An easier explanation is that f must be the highest degree and f" is the lowest degree, so the answer must be f, f' and f" are 2nd, 3rd, 1st respectively. Done!
@calvintsai9063
@calvintsai9063 2 года назад
f, f', and f'' are 2nd, 1st, and 3rd respectively, degree is not the correct method in this case because the fn domains are restricted
@macleodgordon
@macleodgordon 2 года назад
@@calvintsai9063 I guess someone needs to take a Calculus course!!!
@Nihmune_SM
@Nihmune_SM Год назад
This is so helpful omg
@magykfyre4114
@magykfyre4114 6 лет назад
I finally understand this...
@brian791
@brian791 8 месяцев назад
From the get-go, you can see x^4, x^3, and x^2 through an obvious quartic, cubic, and parabolic function. None of this work was needed. It provided some good general input, yet this should have at least been mentioned.
@Daraaaaaaa9
@Daraaaaaaa9 3 месяца назад
👍👍🏾👍🏾👍🏼👍🏼👍🏼👍🏼👍🏼
@angrygary122
@angrygary122 3 месяца назад
Now, how does integral of f'' equals f' ? That is the question I dont see it
@TimeDilationAuthority
@TimeDilationAuthority 7 лет назад
GOOOD!!!!!!
@christopheraddeo5949
@christopheraddeo5949 День назад
This is a terrible video
@sophiebreton4345
@sophiebreton4345 6 лет назад
this is wrong the blue one is the derivative
@steve7389
@steve7389 6 лет назад
he is correct. look again
@nicholasmaloof8378
@nicholasmaloof8378 5 лет назад
Lol want to elaborate?
@lostchee-lj7ie
@lostchee-lj7ie 4 года назад
Sophie Breton u can’t con the academy
@temporary7915
@temporary7915 3 года назад
@@nicholasmaloof8378 lol she's actually not wrong either, BUT in that case, there wouldn't be a second derivative existing between the three graphs. correct me if I'm wrong
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