Fibonacci Tutorial

This video shows you how to draw a Fibonacci spiral which can then be used to create different pieces of art. This video gives a few examples of what you can do once you have the basic spiral drawing.

[@hefenchen4680]

Thank you for your clear illustration. Most people mention spirals but never seen anyone explain how they start with the squares and the relation of those squares to Fibonacci numbers.

[@arfurfoxhaike]

This is just an absolutely fascinating tutorial. Thank you so much for demonstrating it.

[@badasssalsa]

I really enjoyed this tutorial. I've never attempted, nor thought of, using graph paper and creating art in these ways using the Fibonacci spiral. Thank you.

[@fatimasaleem3733]

Since I tried to understand Fibonacci spiral this is the best and well explained tutorial I ever seen now have good understanding of this thing thanks for great explanation plz make more videos about how we can use this technique in graphic design thanks again

[@Chocorox80]

agreed. I looked everywhere for a simple explanation, but others make it a lot harder to understand like it's a big secret. I don't get why people have to make learning so complicating. Thank god I found this video too.

[@averagemotorbikeenjoyer2007]

Instruction unclear: my nails are spinning and when i point at something they shoot like bullets.

[@YashdeepSasotri]

You have done a great work at explaining the spiral like no other

[@mogumoguokayu1418]

who came here because of their maths teacher because I did

[@venom6221]

Yeah I did too

[@valeriaciani1204]

I, this is my did

[@pigna_886]

im present

[@idabary9651]

me to

[@euphoriaaastudio.2505]

LOL SAME

[@athena09ish]

Amazed watching your technique to get that spiral.
Pretty creative. Thanks a lot.

[@NonPhysicalPhenomena]

Your voice is so soothing. I fell asleep ❤️

[@DiamondSun_DNA]

Fibonacci is an artificial sequence. The true sequence is the Krystal. Fibonacci is an inorganic reversal or the krystal sequence which is, 0, 1, 1 , 2, 4, 8, 16, 32, 64

[@SquishyMan9919]

What are you even talking about.... explain yourself.

[@twicetzuyu7668]

I have no idea what my teacher is teaching us, this is completely different from how he explained it, and now I'm confused. But seeing all these videos make me realize that he's teaching us wrong.

[@Marwangamal]

Thank u , that is were very helpful .

[@Treeweavers]

I absolutely love your accent. Being from Louisiana and Texas, mine is very different. Please make more videos. I could listen to you speak on any subject.

[@emfox1892]

Treeweavers She’s my teacher

[@sudhirtupkar317]

Great video. Perhaps creating stencils for the Golden angle of 137.5 degrees will be equally amazing..for drawing those cactus, flowers etc..

[@user-tl9dz5rc4t]

Arigato...Gyro...

[@mr.saibaman122]

The shortest tour was the detour.

[@PASHKULI]

This is the discrete (aliased) or pixelated construction of the Golden ratio and its spiral.

[@zawzawmin99]

When I use GMS it's just a loud distortion soft what's up with that?

[@Leembu0]

Great video, makes much clear about Fibonacci spiral. Thanks

[@lakey2556]

I actually needed this for school like today thanks th

[@lakey2556]

Tbh I failed that paper

[@lolappank4147]

This is the best tutorial for this. Thanks a lot.

[@eng560]

Beautiful

[@user-qw6es3df1t]

Good 👍. Thank you.

[@lambraider4175]

May I know what clear paper is that she using so she can transfer the drawing easier?

[@akolans8628]

Miss it's very useful thank u soo much👌👌👌

[@sirlester3]

Thank you so much! Sigh!! Lol
I've just sat through so many videos and online demonstrations that did not show me anything useful or even the method
I couldn't have the sound on at this time so I don't know how you were measuring everything but I followed your steps and improvised the angles using other methods I know and still reproduced the ratio exactly like you did lol
Thank you
I will go back and watch again with the sound so I can hear how you measured every thing

[@genmarquijoy4170]

Mam, thank u so much, it really saves my assignment

[@SCARYOGZ]

I’m doing this in class right now

[@duncan1248]

Ok

[@stefyguereschi]

FIBONACCI 'S GOLDEN RATIO💥💥

[@manjunaths4697]

Superb

[@yassineinsta7731]

if Fibonacci had his existing measuring instruments, he would not use this method

[@anshumas]

Thank you ❤

[@sxd8469]

Great video!! Helped me a lot :)

[@listentostoriestogether4028]

Fantastic! Going to do in with my students

[@duanizamani7169]

Hey ,mam Can U tell me what the Paper Called and is it 1/'5 or Plz kindly Tell me Tomorrow is my presentation

[@riyaahir1491]

Fibonacci Pattern = 12 shivalinga Jyotirlinga (See the location of every jyotirlinga on Map and then observe what it turns out to be.u will be amazed.)

[@hessgdesd]

thank you so much

[@lesleygonsalves8763]

A fantastic tutorial but could you use a black pen or 8 B pencil it’s darker thanks 😊

[@katerichiu4229]

so amazing!!!!!!!!!!!!!!!!!

[@jamaicagonzaga7887]

MAAM, THANK YOU SO MUCH FOR THIS TOTURIAL IT HELPS US A LOT .....GOD BLESS YOU MAAM ..

[@afshinfarzaadi1371]

مستطیل طلایی ابعاد و زاویه ها را به چشم انسان قشنگ تر میکند

[@mattduncil]

I want to draw a large one using poster board. How would one know where on the page to start 1,1,2…from with out using up my rubber. Is there a maths way to find that point.

[@duanizamani7169]

Hey , can Anyone Tell me What the Paper Graph Called is it 1/'5 or

[@impmadness]

Thanks I can now spin my nails infinitely with the help of my horse

[@starplatinum2548]

me too

[@tommyandteganxoxo2284]

Omg that's are teacher your so good it's Tegan from are class year 5 maple

[@E_xtinctPower]

hmmmmmm

[@Clipper_8963]

I feel like most people are here because their teachers showing their class of students

[@vlrindiki3176]

I prefer using transparent ruler than steel😁

[@Kids-xz2pi]

Miss I am curious did you use 1 square unit

[@theandrewbarry6347]

Awesome

[@godsinfantry8746]

Thanks.

[@venkatarayak.v9228]

awesome technique

[@NullCyan]

3:44 metal pipe sound effect

[@IsThatKnuzz]

Arigato...Gyro

[@josephrikers1111]

Now, technically you can make the drawing, as big as, you want correct? True or false Because it’s an infinite sequence?

[@nayananishanthi2279]

🙏 thanks you ❤

[@aurorapintore9356]

very easy to understand. Thank you very much!

[@jessicananderson214]

Thanks for the video! You're the best!

[@lavanyausha1505]

Why we have to draw square?

[@DAGOUCH]

شكرا لكي سيدتي

[@curiousoaataxia3581]

Thank you & respect from a uk geezer

[@maxpainmedia]

Brilliant 😘

[@PBNaveed]

great

[@rajasthanculture4015]

The numbers give choosen can be random according to drawing??

[@pigna_886]

no

[@pigna_886]

it has to be on the Fibonacci numberline

[@blackcreativity9035]

Thank you so much for help 💕

[@ww7473]

Squares are rectangles btw

[@rvce]

Fibonacci curve was made famous by Leonardo da Vinci

[@Itz_Jordz]

now i understand thx

[@goo1416]

Is this a JoJo reference?

[@rama_xix]

I’m a square

[@nachoza1177]

Quite true

[@rama_xix]

Nacho so how’s your day

[@user-dy5wr9pw5n]

Facts

[@Wreckman101]

What is LO?

[@josephrikers1111]

Agriculture skills pre-K through twelve all four marking periods no electoral no electives nothing less than Monday Through Friday

[@ash2986]

so wonderfully explained.. thank you!

[@iamtheunknown768]

Sinong RTU dito na nanonood para sa ganto?

[@aliceprempeh1490]

it's very important

[@jaimieandash9484]

thanks

[@Dyslexic-Artist-Theory-on-Time]

This is an invitation to see a theory on the nature of time! In this theory we have an emergent uncertain future continuously coming into existence relative to the spontaneous absorption and emission of photon energy. In this process we even have an objective reason for the start of the Fibonacci numbers 0, 1, 1,... with the t = 0 and the positive +1 and negative -1 representing the positive and negative of electromagnetic waves with everything being based on one geometrical process. In this theory the future is not random it is based on a process of spherical symmetry forming and breaking. Spherical symmetry forms the low entropy that we see if we look back in time at the ‘big bang’ and also forms the potential for ever greater symmetry formation that we have in cell life with the Fibonacci spiral being visible almost everywhere in nature! This is because if the quantum wave particle function Ψ or probability function is reformulated as a linear vector then all the information I have found says that each new vector is formed by adding the two previous vectors together this forms the Fibonacci Sequence 0, 1, 1, 2, 3, 5, 8, 13, 21, 34, 55, 89, 144, ∞ infinity!

[@markbless2921]

God is great!

[@Believe30]

Thank you for explaining this.

[@LexonTheDragonGod]

Time to go defeat the president because Jesus told me to

[@hamadiabdelhakim6806]

thank.s

[@user-eb1rj7lp6b]

БЛАГОДАРИМ

[@marianaduque148]

whata cool

[@zaidhamad9338]

nice video but what you mean in 10:48

[@sunshot_games8708]

nice video

[@peazyp]

YES WILL

[@IAMSAEID]

Is it any mathematical equation for this, trying to draw on Python

[@mariajubilee2135]

Hi can i ask what is the pattern used to find the ramaining numbers for the sequence?

[@Johnconno]

Oh dear...

[@BenjaminKirbyTennyson0]

@@Johnconno fr

[@satoru556]

bruh

[@ricksanchez5979]

blurry vid. good technique i learned tho

[@dex_reanimacja2582]

Oi Johnny!

[@ceasera.zeppeli3917]

Johnny, Lesson 5

[@rajamuthumathivannan3088]

usefully thanks

[@user-xj8xz3yf8u]

Thank you🙏🌷

[@nikodemnowicki7547]

hi mrs folkes its me nikodem

[@rama_xix]

Squares are huge

[@DamianCastillo-vl4of]

Feo

[@juanitagrech5918]

ok

[@kid8037]

Dân mỹ vẫn chỉ dùng đc inh với phít. Hi hi

[@joseflegrand1925]

هل انا وحدي هنا العربية المسلمة

[@michalnowicki3453]

you got 2.6k likes

[@peazyp]

hi Mrs folkes

[@E_xtinctPower]

hmmmmm

[@peazyp]

@@E_xtinctPower mmmmmm who are you?

[@peazyp]

@@E_xtinctPower elias?

[@cyberlaurent2101]

Très intéressant, merci.

[@E-Kat]

You don't explain where to draw the next rectangle.

[@andrikvillalobos3253]

No entendí :v

[@Tominozhell]

101

[@robinhorton6625]

That there proves that God exists, it was only able to draw that with math, your ear has the same curve, as does a snail shell, some sea shells, a breaking wave, sunflower, and most amazing of all, every galaxy in the universe, including the milky way, who did the math for that, had to be an intelligent mind, God.