Logistic Growth

[@s.r.howell1297]

Your a very good teacher because you carry us through each logical step, seemingly without making too many assumptions about your audience.

[@s.r.howell1297]

thanks

[@mattsmith3431]

you're*

[@Oxtrooo]

@@mattsmith3431 omegalul

[@Bozemanscience1]

No problem. Best of luck on the exam. Only three weeks to go.

[@Username-eq9gr]

Replied...

[@timk8869]

@@Username-eq9gr to everyone

[@Jo3M]

Great to get lessons like this. Even useful for a third year university student!

[@sejalpatel444]

You are so helpful. I'm in a College Math class and watching your tutorial about Logistic Growth helps me to understand it and reinforce it so much!

[@Bokskorpion1]

Your videos always make me feel a lot wiser. Yesterday my teacher talked about this for hours, but I didn't understand that much. But now I do! Thank you! :)

[@pappisaints]

I just wanted to say you are like the greatest professor I have ever watched for bio. Life saving!

[@sanar3246]

I wish I could transfer my lecturer's salary to his account

[@threeminded]

Agree this guy is amazing

[@allstartube22]

I learned almost nothing from class on this particular topic. However, this 10:55 video is so helpful.

[@KaranSingh-hs5ii]

This is one of the best online lecture i have had...and the sound quality with a perfect pause makes it a song to the ear...P:S. use headphones

[@melakuberhane507]

Simplicity is the highest form of complexity. You reach that simplicity level prof.

[@iamgerald123]

thank you so much, I'm actually doing my AP bio summer hw right now (ch 51-55 on campbell AP bio) and I didnt really understand the logistic growth model on the book but thanks to you it got so much easier.

[@Dayv7]

Thanks for all the videos! I'm in the UK doing a biology course before my degree and they have helped a lot.

[@1314Fher]

I feel so smart after seeing the Exponential video and this one XD Thanks for investing the time to touch us, o ignorant bio students haha

[@elouiseswanepoel1809]

After watching your video on exponential growth, to this. I want to thank you. i loved the way you explained this. it really helped me with my ecology course. thank you so much :)

[@danieldekker1567]

You are the greatest teacher ever my man i finally understand it

[@AdrianBS09]

Paul Anderson, you rock! Awesome knowledge about how these things work. Seriously, thank you for getting into education.

[@thor4164]

Spent many hours on this reading text and didn't get it, but now I do. Thank you!

[@U2kheim]

Great vid! Missed my lecture today and this really got me back on track!

[@samanthalopez27]

Thank you!!! I'm also doing ap bio and I didn't get it until now. You're a life saver!!! :D

[@connerwilson142]

University lecturers and professors wish they could be as good at explaining things as Mr. Andersen.

[@aimbot.mobile7009]

University?! I’m doing this stuff in my freshman year of high school 😀😒

[@connerwilson142]

@@aimbot.mobile7009 best of luck to you then

[@htoomyataung4901]

Excellent explanation!!! Thank you so much sir.

[@jcc1760]

Thanks! - I have my Biology Exam tommorrow, wish me luck!

[@pawan2528]

Fuck wenger

[@samarthmisra868]

How did it go?

[@zxc56km6]

Well Mr.Anderson, here I am, watching your videos on Exponential and Logistic Growth, while drinking coffee... Test tomorrow, and this was the one thing I didnt get in ecology D: Thank you very much, cleared it up for me quite a bit :D (Lol going to watch these again tomorrow at 5 in the morning just to be sure xD)

[@AroundWayOther]

Thank you!! This is great prep for the upcoming ap exam :)

[@CatrinL]

Lol, 17 and living at home, thats normal and I've heard of people being ALLOWED to move out before 18!

[@A5mis]

Thank you Mr. Anderson

[@ahmedelsabagh6990]

Best explanation ever

[@asrujitdebnath2434]

great as usual

[@chandrayeeify]

wonderfully explained. thank you!!

[@ahmedelsabagh6990]

Very great explanation, excellent

[@albert_chen]

That Minecraft model is so unbelievably creative and cool it blows my mind.

[@kriseasy4352]

Your Videos are very helpful, thank you!

[@muskduh]

thanks for the video

[@Damarcos29]

Taking the ap tomorrow, this helped.

[@nat_han]

0:11 Bozeman does 2 kinds of magic on this channel!

[@tamarbsor]

hi, thanks for a great explanation! if you can explain why the grass population is lower than the rabbit population at the model?

[@dacandyman1000]

you've no idea how many times your videos have saved my ass!

[@mrzachattack2012]

Love this! I can finally understand all of this from a few minutes compared to going to my Biology II class for a month ^_^

[@allisoncastillo7675]

I still dont get it... what was the logistic per capita growth ?

[@itisme265]

an excellent explanation!!!!!

[@appiparen7629]

big help man. wish me luck on tomorrow's exam

[@cow3965]

please be my teacher you explain everything so much easier

[@ramannagavarpu2638]

I’m glad one of them used Minecraft for science.

[@Sam_Saylor]

awesome thanks so much!

[@ISLAMguidanceful]

Ethan and David are really smart kids

[@Oliveluvlife]

Thanks for your video, it is really helpful

[@gold_lychee]

thank you!

[@EddieOverwatch]

Bruh those minecraft kids are GOATED

[@michaelevans1499]

Can you do this backwoods . Like what is the least amount needed to have population growth because 2.1 is blow the point of no return.

[@Pudentame]

Elephants live to be 90 if they're not hunted to extinction for their ivory.

[@MissAngelFaace]

So how can we find dN/dt for x time without having to keep adding the previous dN/dt?

[@bikashghartichhetri9668]

which program you are using for the animation for logistic curve

[@muchadeieugeniamuchemwa4044]

Well explained I am now ready to go . Thank you

[@DEVCO1920]

Question: What if you don't have K, how would you find it?

[@moonsahar6554]

Really helpful

[@truvelocity]

...and I heard my fan come on my computer because its really taxing on the screen...

[@whithaefner7844]

I freaked out when he started talking about Minecraft

[@karantan19]

What is the difference between Leslie and Logistic model of population?

[@talia6229]

How does a growth rate of 1 make 4 rabbits become 8? 1:25 I'm thinking 1x4=4, or is it more growth rate duplicates the existing set/population? So if a growth rate was 2 it would be 12 rabbits? Brain fried but enjoying learning more from YT than my university lecturer!

[@messyhairlife3319]

a growth rate of 1 means 100%. So basically it would be 4 +4=8

[@vsaw1]

MRW (my reaction when) there are too many rabbits on the screen, and it is taxing for the computer.

[@CHNOPS1000]

Didn’t expect minecraft to show up

[@dinanalasad5164]

thank you king

[@luxfaith7810]

i am so proud of these kids for using Minecraft for an experiment.

[@shofibahalwan402]

Excellent

[@silencedidgood]

small nit...(excellent work btw)....the (K-N/K) in your column heading should be ((K-N)/K)

[@khanji5233]

Thanksssssssssss.. You are great teacher. I have started learning many things by watching your valuable videos. Keep up the good work sir :)

[@duncanbistodeau3032]

tryna flirt buddy

[@JCResDoc94]

I had 3 2h lectures that couldn't explain K and r that well.

[@divermike8943]

Isn't "r" a growth FACTOR rather than a rate? dN/dt would be the rate, correct?

[@sheryarzaman5467]

Why logistic growth takes place in wild?

[@MAHSschell]

On the AP Biology equation sheet, it uses r max. Is there a difference between r and r max?

[@Herp234]

+Tiffany S. Same thing

[@lcbreezyl]

I don't get why you say the R selected species your example frogs are going to over populated and die from using up all resources. Isn't it the R species have little parent supervision there for the offspring have to raise themselves and they will die from predators while the k species are protected and taught survival skills. Also what about all the other factors that would limit growth like genetic and parasitic diseases and even change in diet is that taken into account for logistic growth?

[@chesterfinecat7588]

I know a kase where K is deklining rapidly and the species is likely to krash before reaching a karrying kapacity.

[@bunsentheburner1635]

LOVE FRM INDIA !!! thank you sir !!

[@prithvirajpodder1502]

I am in class 12 CBSE India, all the equations in our bio book are same except the value of r! its given that r=(b-d) where b is the no. of births and d is the no. of deaths. Also if if we put the value of r as said by u sir (b-d)/N in the exponential equation wouldn't the N cancel out?

[@rowanbelt3612]

r=(b-d) gives the increase in population in number of individuals, whereas r=(b-d)/N gives a proportional change (if you multiply that value by 100, you have a percentage). I hope maybe this alleviates some of your confusion :)

"Mr. Anderson! Surprised to see me?" (Agent Smith)

[@ravichandran3344]

thanks....

[@HeatherLeaPollock]

Not math savvy here at all, and my mind is still frying over this formula... No matter how many different ways I hear it explained, I'm still confused...

[@khushalsinghrajput4776]

*INDIA* 💪

[@MATHRUHITLER]

Superrr

[@Небовглазах-н5ы]

1:35 LOL

[@OwenChiu]

Khan Academy thumbnail for this video is cuter

[@OnionMF]

You would use rabbits, :D

[@ellabailey9018]

Biology

[@Raymond0521]

多兔 怕

[@AlwaysLoudAA]

Hello everyone from Mrs Huisinga classroom!

[@CatrinL]

So how can we find dN/dt for x time without having to keep adding the previous dN/dt?

[@bunsentheburner1635]

LOVE FRM INDIA !!! thank you sir !!