Equation of a Parabola, deriving the equation

This video is an animation on how to derive the equation of a parabola.

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[MarkFlores]

you really deserve more credit, this video helped more than 2 hours with my teacher, thank you so much

[omolehinemmanuel]

my So parabola is so easy this way, after other videos ended up confusion my life the more. Bro you are the best. And may God continue to bless you.

[solcarzemog]

Perfect, beautiful, top notch, down to the point, crystal clear anglo-saxon didactics (as opposed to french didactics 😣😣). It's a relief.

[hasilovich]

You are best bro. Thank you so much for videos. Please share video often .

[ShehabEllithy]

why did this channel die? it was great

[atlaswuzhere]

Please come back with your quality content.

[amaravathisiddarth]

This is the easiest explaination I've ever This video went into the core of my Thanks a lot buddy

[bloggervista]

hello mathematics online can you be active regularly :( i really miss you alot .

[avirambag]

Thanks for another great video!
Would you make one about the distance formula please?

[JLemast]

how do we know that every parabola has the equal length to the focus and directrix point though?

[elshada]

Very good explanations really Very clear

[lakshitavinodadsule]

the formula for parabola given in my textbook is y^2= 4ax, u wrote y = ax^2, shouldn't it be a^2?

[SBKYeobo]

Wow ....
And which software or app was used to draw figures? ( geometry was awesome 👏🏻)

[s]

How do we REALLY know that the distance D1 is equal to D2? Or is that just the definition of a parabola?

[nyunai]

Why does a parabola concentrate in coming rays at the focus ?

[loganpaul]

Thanks mathematics online your vids really helped I was confused with this thanks

[prsclasses]

What kind of software did u use? Plz tell me.it is very very good explanation

[lucasm]

I know this is an Algebra II video but could you please prove that
The integral from a to b of f(x) is equal to the antiderivative of f(x) at b - the antiderivative of f(x) at a ?
(Fundamental Theorem of Calculus)
Right now I am starting Calculus III but I still wanted to know why the derivative and integral are inverses?
F(x) + C = S f(x) dx

Thanks

[karls]

How do you make your videos? With witch program?

[SciphiMath]

What mathematical software do you use for your dynamic algebra?