Average Rate of Change of a Function (Precalculus - College Algebra 11)

How to find the Average Rate of Change of a Function and what it is used to represent in Calculus.

[onemanshow]

Look at the bell curve on them guns tho... 😂

[DreamTeamBieber]

bro got me through Caculus 3 years ago.. here I am in my last year of university watching this just to see your familiar face... lol procrastinating my biochem midterm

[isobar]

No one explains it better than the master...Professor Leonard.

[jan-willemreens]

Good day Professor Leonard, Now I finally understand why math is so much fun and likeable, because it doesn't dare to mess with you... thank you very much for your years of effort creating all these invaluable math presentations... greetings from a humble and small country the Netherlands, neighbours of Germany!

[maris]

At the end when you said you hoped you explained it well, I thought to myself, you would be hard-pressed to find someone explain it any better. Fantastic video as always.

[MayceCollectibles]

Man you are so good at explaining this stuff. I can't tell how much I appreciate these videos thank you.

[mattdrafted]

Wednesday is now my favor day of the week because that is Professor Leonard release a new video for PreCalculus. These videos are so help to my son's Grade 11 math. Thank you Professor Leonard. !!!

[wesrobertson]

Another math and physics student here! About to start your calculus 2 lectures. Love touchin up on the basics just as much. The only professor I watch (maybe some nancypi occasionally xD). Thanks

[wisdom-powermatthew]

I really don't get tired watching Prof.'s videos, and learning valuables lessons that are pointing me in the right direction. Many thanks to you Sir. 🙏

[bernd]

I'm almost finishing the calculus I playlist.

[georgesadler]

Professor Leonard, thank you for a solid and smooth explanation of the Average Rate of Change of a Function in Precalculus.

[charly]

Wow THANK YOU... not dumbing it down, but breaking it down in a way that’s digestible. My hero lol

[Czmlol]

Challenge: plot professor Leonard's biceps growth in the infinite dimensional Hilbert space as the set of all growth ƒ: ℝ→ℝ such that the integral of ƒ² over the whole real line is finite

[braydenfeemster]

I tried to listen, but I just stared at ur biceps.

[hassanlaghbi]

Thanks a lot for your dedication prof Leonard!

[wanyangqiao]

Thank you Lenoard, you refreshed my memory on line equation. I remember I was very familiar with this equation.

[Algebrainiac]

3:34 that’s exactly what I thought. I mean I knew this already but I don’t think many people know that the slope of a secant line is really the slope between two points on the curve… or the slope between two specific points in general. Bravo 👏🏼👏🏼

[imaginenirvana]

Thank you so much for posting this helpful video. I am not enjoying the self - taught class I'm in. Thanks again! :)

[churromister]

Any estimate to when differential equations will return? Thank you for the vids!

[bilala.]

Sir please make a lecture about logarithms of complex numbers in Complex Vector Transforms.