Modeling exponential functions for the decrease of a population

[@beebless2358]

As soon as I asked, What happened to the "decrease"? You said Oh. Guess what? I learned something too!!! Thanks 4/1/20

[@priscillaroberson8073]

Can you respond to this comment and tell me how did you get or what calculation did you use to get the 75000 number in your expenditure model?

[@yaqubburhan7858]

752000 is the number of people decreased, so it's given as we see.

[@ajademarsh988]

He made a mistake it was supposed to be 752000

[@saharHiravi]

Can you please respond to this comment and tell me how did you get or what calculation did you use to get the 75000 number in your expenditure model ? I am confused please answer my question I have a test tomorrow 03/04/2024

[@rem-wm5ej]

I know it’s late but he corrected it later in the video

[@basedmathh]

Damn I was hoping for a function in log form. Regular exponential form is very easy, but trying to relate an exponential growth curve in a natural log seems odd.

[@saris_2194]

Please be my teacher 😭 advanced algebra student here in need of help 😅

[@daisyqueen4766]

I almost spend 2 hours on how you got the 75000 😐. At the end you said you made a mistake. 😐

[@someone35_DM]

🤣🤣🤣🤣🤣

[@aryanrayana8065]

first...also wonderful vid!

[@Mr.Fantomblox]

the population was 752,000 but you wrote 75,000. So I assume your whole answer was wrong. Kinda weird that none of those students point that out.

[@Mr.Fantomblox]

1:43

[@ajademarsh988]

Ok “mr. Tough” guy if you watched the whole video instead of commenting as soon as he made the mistake, like a try hard, u would know one of the students did in fact notice the mistake and they fixed it to get the right answer in the end.

[@ajademarsh988]

@@Mr.Fantomblox u thought u ate 😭

[@idontnoahthing]

4:06

[@MinenhleKhumalo-ze7ys]

Please stop confusing us Mr sir

[@howiej]

We all make mistakes 😂 watch my masculinity playlist here kzbin.info/aero/PL8TSyVSnPunE0-slifm5JFJIJoLKtGQ68