Thanks for posting these! I have learned more watching your videos than I have reading my biology book. I take my classes online and let me just say, these have been a true blessing.
Good questions: 1) It is a photographic backdrop. 2) I use the room lights. I tried using studio lighting for awhile but I got awful glare on my glasses. 3) I don't sit very close to the screen and I try to look at the camera rather than the screen. The choice of a black background on my Keynotes also help. Hope that helps.
I have heard that comparison (along with John Green and Alton Brown). I consider all of these compliments. I think they do great work. I met Hank when we were at UA-cam headquarters and he is wonderful and he is from Montana. Double thumbs up.
It also helps a lot if you've taken AP Calculus and are familiar with differential equations. It makes things a lot easier in terms of understanding the notation.
Much appreciated, English being my second language. I now get the meaning the word and this is enough for my comprehension within a sentence. Thank you!
I have my AP biology final tomorrow and I watched about 10 of your videos. I would just like to tell you how incredibly helpful your videos are and how much I wish you were my teacher. Everything makes so much more sense! Thank you :) I think I will do better on my final due to your videos
Hunter. When you fill the spreadsheet down it will change B2 accordingly. For example the next box down will include B3+0.3B3. Since B3 has increased it will increase as well.
On excel, you can just double click at the bottom right of the cell with the formula and it will automatically "drag" it down as far as the numbers go, instead of having to manually drag it like you do at 5:48
Great video - that part that I could watch. Somewhere around 3:30 the sound gets desynchronized from the video and then sometime later the image goes blurry then sound disappears completely.
Thank you so much! I have recently struggled very much in a math class that I unfortunately had to drop out of :( I needed to learn quickly how to do Exponential Growth for my new math class and you taught me in 10 minutes! Thanks, Eric
Thank you for all the great videos. I have a few general questions but I did not know where would be appropriate to post. So, here they are and I hope you will reply: (1) Is the background a photographic backdrop as it appears in videos or is it a green screen? (2) do you use additional video lighting beyond the room light? (3) how do you avoid computer monitor reflection on your glasses or the blue/green light of the monitor on the face? A picture of the setup would be wonderful. Thanks.
you get two different answers when using the two equations provided for exponential growth.............. N.e^(r.t) and N(1+r)^t....which one do we use ????????
At least 3 of us have the same question: Where did N0(t)=N0(1+R)^t come from. In your spreadsheet you are using N(t)=Sum(Nn+R*Nn)=Sum[Nn(1+R)] with n=0 to n=t Don't know how to type the Summation Notation here. I checked and iteratively summing Nn(1+R) from n=0 to n=t does give you the same values as N(t)=N(0)*[1=R]^t but I'd like to see the algebra that gets you there. That is how did you get the closed-form solution? Also the solution to the diff equation dN/dt=RN is N(t)=N*e^r(*t ) as Ceilia Jennings mentions below.
You do great work (my daughters will have just missed it) but somehow euler has been left out of the discussion. When you get a chance you should check out the discussion at better explained ...do a web search. Keep it up...perhaps my grand kids will use your stuff.
Why does using N(t)=N(1+r)^ t, give you different results than if you used N(t)=Nexp^r*t . My professor gave me the latter, and I tried to apply it to the same problems you were doing at the end, but it gave different results.
Yes Me too. Are these just different exponential models? I know that solve the diff eq. dN/dt=rN yields N(t)=Ne^(r*t). Where does N(t)=N(1+R)^t come from
"then I want to kill rabbits, don't worry they are just virtual rabbits" -- we see deep into this statement. Don't forget kuru disease and judgements soon to come upon all those who have killed "virtual" rabbits (definition of virtual: almost or nearly as described, but not completely) We see you. We understand you.
Seven years later, these videos are still useful af.
Thanks for posting these! I have learned more watching your videos than I have reading my biology book. I take my classes online and let me just say, these have been a true blessing.
Good questions: 1) It is a photographic backdrop. 2) I use the room lights. I tried using studio lighting for awhile but I got awful glare on my glasses. 3) I don't sit very close to the screen and I try to look at the camera rather than the screen. The choice of a black background on my Keynotes also help. Hope that helps.
Thanks SO much Mr. Anderson I was looking for a video to explain exactly this is preparation for the AP test tomorrow
I have heard that comparison (along with John Green and Alton Brown). I consider all of these compliments. I think they do great work. I met Hank when we were at UA-cam headquarters and he is wonderful and he is from Montana. Double thumbs up.
lol, I love the death animation is the rabbit burtsting into flame.... But how does this relate to the number 'e'?
This really clarified some things I was stuck on for an exam. Great video and great explanation!
This was perfect I wish you were my teacher
Thanks SO much Mr. Anderson! I was looking for a video to explain exactly this in preparation for the AP exam next month!
It also helps a lot if you've taken AP Calculus and are familiar with differential equations. It makes things a lot easier in terms of understanding the notation.
thank you!!! understood after hours of confusion!
Much appreciated, English being my second language. I now get the meaning the word and this is enough for my comprehension within a sentence. Thank you!
I have my AP biology final tomorrow and I watched about 10 of your videos. I would just like to tell you how incredibly helpful your videos are and how much I wish you were my teacher. Everything makes so much more sense! Thank you :) I think I will do better on my final due to your videos
That is frustrating. It works fine on this end. Please let me know if anyone else is having similar issues.
Your explanations are so clear!
Hunter. When you fill the spreadsheet down it will change B2 accordingly. For example the next box down will include B3+0.3B3. Since B3 has increased it will increase as well.
Ok bozo 😂😂😂👌👌✅✅
THANK YOU MR ANDERSON YOU ARE OUR SCIENCE UNDERSTANDING SHRINE WITHOUT PAIN ,THANK YOU
Yeeeeees! I need this. Thank you!
On excel, you can just double click at the bottom right of the cell with the formula and it will automatically "drag" it down as far as the numbers go, instead of having to manually drag it like you do at 5:48
Great video - that part that I could watch. Somewhere around 3:30 the sound gets desynchronized from the video and then sometime later the image goes blurry then sound disappears completely.
THANK YOU very much . Love from India
EASILY UNDERSTOOD
Ohh Mr. Anderson looking good :D Also I like your videos! (P.s being english, I love your accent!)
Thank you soooo soo much!! This has really helped me a lot!! :)
Thank you so much!
I have recently struggled very much in a math class that I unfortunately had to drop out of :(
I needed to learn quickly how to do Exponential Growth for my new math class and you taught me in 10 minutes!
Thanks,
Eric
Thank you for all the great videos. I have a few general questions but I did not know where would be appropriate to post. So, here they are and I hope you will reply: (1) Is the background a photographic backdrop as it appears in videos or is it a green screen? (2) do you use additional video lighting beyond the room light? (3) how do you avoid computer monitor reflection on your glasses or the blue/green light of the monitor on the face? A picture of the setup would be wonderful. Thanks.
you get two different answers when using the two equations provided for exponential growth.............. N.e^(r.t) and N(1+r)^t....which one do we use ????????
I have the same question
At least 3 of us have the same question: Where did N0(t)=N0(1+R)^t come from. In your spreadsheet you are using N(t)=Sum(Nn+R*Nn)=Sum[Nn(1+R)] with n=0 to n=t Don't know how to type the Summation Notation here. I checked and iteratively summing Nn(1+R) from n=0 to n=t does give you the same values as N(t)=N(0)*[1=R]^t but I'd like to see the algebra that gets you there. That is how did you get the closed-form solution? Also the solution to the diff equation dN/dt=RN is N(t)=N*e^r(*t ) as Ceilia Jennings mentions below.
This is so helpful! no wonder my own ap bio teacher made me watch it for homework... :) It definitely helped me understand
Wow, thank you, now I am sure of my answers.
You do great work (my daughters will have just missed it) but somehow euler has been left out of the discussion. When you get a chance you should check out the discussion at better explained ...do a web search. Keep it up...perhaps my grand kids will use your stuff.
I find your videos incredibly helpful so thank you so much!!! Btw, has anyone told you how much you look like Hank Green (from the vlogbrothers)?
Super clear and entertaining as always! On my channel I use the example of $$$ increases also using Excel to introduce exponential growth
Very helpful video. I understand the concept after watching this video:)
thank you so much i was so confused by this because i missed the day my teacher went over it but i understand it now
You're a great teacher!!
Watching this on my iPhone, right after you talk about the population increasing to 29 the audio stops working...
better than my university lecturers!
Why does using N(t)=N(1+r)^ t, give you different results than if you used N(t)=Nexp^r*t . My professor gave me the latter, and I tried to apply it to the same problems you were doing at the end, but it gave different results.
Did you have an answer to your question? I am wondering the same thing?
Yes Me too. Are these just different exponential models? I know that solve the diff eq. dN/dt=rN yields N(t)=Ne^(r*t). Where does N(t)=N(1+R)^t come from
Thank you 😊
BRILLIANT....thanks a lot!
hello Mr Andersen, why didn't you use formula Nt=N.e^rt ?????
How would you find an estimate of just population (N)? Is there a formula for finding (N)?
Oh thanks for clearing it up.
Thanks for the help!
Well done!
Thanks a lot Sir. It was really helpful.
Great video, thank you!
Video and sound work for me ~ David S
Im not okay with killing bunnies, whether virtual or physical. change your ways.
+Michael Chang GROW UP , HE SAID ITS VIRTUAL , GET A GRIP
I WILL CALL THE POLICE FOR YOU .IF YOU DID NOT GROW UP.
realy????????
*Really??????????????????????????????????????????????????????
Tell that to the Australians
great video!
THX, the video was very informative.
Weird... I fully understand this.
So... the grown rate is nothing but multiplier that increases really fast over time. Hmm... 🤔
totally saw both john green and alton brown! the scientific version! :)
This is super helpful! T
hank you!!
Works fine on my end. Great videos :)
Super
Mr Folsom?
Nice. Thanks.
Reminds me of compound interest
Awesome..
Tq🙏
They're just virtual rabbits hahahaha
This helped sooooooo much!! Yay Algebra one.. not really...
Zo Wo I have accelerated algebra 😲😖
Bless you. Please teach my ap bio class.
omg thank you
Tanks
why you burn the rabbitssssssssssss???????
they’re just virtual rabbits..
There are just virtual rabbits 😊
💡🍎✌️
he is killing rabbits, this is not okay. I demand a court date for him to go to trial for death of rabbits
roooney
i hate tis crap but I gotta larn it lmao
does anyone else think he lowkey looks like Lucifer (aka the devil) (played by Mark Ross Pellegrino) from Supernatural??
So glad I found this!! It was difficult to find any videos explaining population growth specifically, so thank you!
"then I want to kill rabbits, don't worry they are just virtual rabbits" -- we see deep into this statement. Don't forget kuru disease and judgements soon to come upon all those who have killed "virtual" rabbits (definition of virtual: almost or nearly as described, but not completely) We see you. We understand you.
Glad they're only virtual rabbits
That doesn't make any sense. The formula was B2+0.3*B2. B2 is 10 so 10+0.3*10 should always be the same answer?
Linton sent me here.
COVID-19 be like
THANK YOU SO MUCH!
This formula re,i
Wow
🐇 🔥 = 😢
Can you please make a video on how to solve exponential growth word problems. I just cant understand how to do exponential growth.
When you solve a population size over time what do you mean by the power for example you did (1.3)^30 but how did you get (2619.9)?
Thank you so much!!! I couldn't find anything to help with my kiddo's Ecology homework. Super user friendly.
if there are 3.9 rabbits, wouldn't you round down to 3 since you cannot have .9 of a rabbit?
+elizabeth crawford Sure you can have f.e. 3,9 rabbits when one rabbit is carrying and is 90% in term. Also how about Pistorius? =P
elizabeth crawford you would round to 4
My Heroo! thank you so muchh i really wish i could officially meet you and have some bio lessons =D
Biology revision done for the day, watching 10 or so videos! Thanks, these are really helpful!
thank you, I think I get this now :) FINALLY
How do you determine how many deaths there is?
Thank you so much! God Bless
Greetings Mr. Millard's H Biology class!
is limits only related to calculus?
You are a great teacher, thank you.
was a wholesome vid indeed.
I love u so much thank you
tseries favorite video
Hello Mrs.Husinga class!