2.1D Graphing f(x) Given the Graph of f'(x)

We are given the graph of f'(x), the derivative. I will show you how to sketch the graph of the original function f(x).

This is so much fun you guys! It's like playing a game.

[vatsaljoshi]

For weeks, I grappled with understanding these graphs, diligently watching numerous videos that failed to provide clear explanations. Fortunately, after watching your video, I finally grasped the concepts behind these graphs. Thanks a lot 👍.

[futuredentist-xkdf]

This was the best video so far to make me actually understand it before my big exam. Huge thanks to you.

[bd-fbul]

This was super hard to learn for me, but the table made it super easy, thanks! Coming up clutch for my Calc final. Also think you should've mentioned that when you go from + to - or - to + there'll be a min/max, but you made that clear with ur sketches

[angieg]

Wow, this is such a great explanation and with so many good examples. "So here we go...."!

[saamirali]

AMAZING WONDERFUL REALLY U R THE BEST

[vinayaksharma]

MrhelpfulNothurtful more like MRHURTFULNOTHELPFUL

[dpmike]

Can you do a video given the second derivative graph and have to draw the function

[floatyseagull]

How would you know if f(x) crosses the x axis

[LeNguyen-imdm]

The way we read f'(x) graph is different from the graph f(x). Based on the given graph f'(x), I see in the interval [-7, 10], the function is above zero (y-axis) and f'(x) >0, which is increasing. I don't see the function goes below the zero at all. How you say the f'(x) is decreasing? I am confused. 😕

[nexftw]

I have a test on this today. Lets hope this is helpful🤞

[swanaung]

The same method apply to from f" to f'? Let's say the graph in the video is f" and I want to draw f' is it gonna be the same?

[adilv]

What do we do to find max/min for f graph?

[Darkpassengerwise]

Is there a name for this point where cc change? 4:25