How to draw all polygons, draw all polygons easily

[@md-mirajmondol2978]

Thank Yiu For Highlighting The Important Issues So Beautifully..💞💞

[@damilolamoses2357]

Good drawing

[@modupejohnson4617]

I LOVE IT ❤️ 😍 💖 ❣️

[@lodgechant]

WOW! That is SO useful: THANK YOU!!! And so beautifully presented - very clear.

[@Aa1209_7]

I found it very difficult when my faculty explained to me but after listening to your class, it's like heaven Thank you for the class

[@AtharvNishane]

Same broo😅

[@MuneebSultan.]

Which uni u are studying

[@niza3470]

Great illustrations👌and of course it doesn't hurt that it has satisfying sound effects 😄

[@adejohawulu1799]

Exactly

[@ronaldrayner5049]

A very quick way of creating any kind of polygon ,I had learned from a book printed in the late 1800s ,draw a circle draw a line through the circle at the diameter. Divide the diameter in as many sides of the polygon that you want ,then at the apex of the circle draw ,a line through the second point from the left through the line of the diameter .,until it touches the perimeter of the circle. The distance from the point of the diameter at the perimeter to the new point at the perimeter is the length you need for each section of the polygon.

[@richardbailey2001]

It's not as easy as it looks here .. believe me ... a person has to be needle point accurate for all of these polygons to work out precisely .....

[@nomukun1138]

Even if you have needle point accuracy, the polygons will not have equal length sides (except for the square and hexagon). You'll notice the video never claims the method will create *regular* polygons, but the diagrams show polygons that appear regular.

[@richardbailey2001]

I tried this again, and no matter how accurate a person is, it doesn't work, and I payed particular attention to accuracy........

[@ajaypatil7171]

At maximum accuracy I can do correct till pentagon. After hexagon it becomes irregular and error in circumscribing circle.

[@LunarisAndFriends]

I got pinpoint aim

[@pavan7777]

True bro 😢

[@AaroneChomba]

Thanks very much for this great information sir, very clear demonstrations and easy to follow. Great job ❤❤❤❤❤

[@SanapalaLeela]

Thank you very much for great explanation sir🎉🎉

[@nomukun1138]

This is an easy method for drawing polygons that are not-quite-regular. The sides are not the same length for polygons other than the square and hexagon, but they are close. Drawing a perfect regular heptagon with only compass and straightedge is impossible; with this method you can draw one that is nearly perfect!

[@ThePaulTM]

Thank You ! This is the basics of Quad Step Helical Order.

[@PowerStar-t3p]

Super teaching sir good i understand you telling is very easy nice

[@ademirj241]

👋👋👋 Thank you.

[@rubendariomartin728]

Gracias, tengo un inglés muy rudimentario,casi nada de la forma coloquial, un poco mejor en la lectura, pero esta forma gráfica es amena, me parece. Linda presentación.

[@aaronsax9851]

You just earned yourself a brand new student (that's me) you're simply amazing, I love the fact that you include drawing instruments in your illustrations, makes my learning a step easier.

[@philippedelaveau528]

Je connaissait de nombreuses méthodes de construction, mais spécifique à chaque nombre de côtés. Je vous félicite et vous remercie. Je me lance de ce pas dans la justification mathématique et trouver une fonction générique fonction du nombre de côtés. Mais si vous en connaissez une, faites-en une vidéo svp. Ça m’évitera d’avoir mal au crâne.

[@ProssyNabagala]

Thanks yr really solving our difficulties

[@vx1711]

You will be the reason I pass thank you soo much 🤧🤧

[@plranisch9509]

Brilliant! Is it possible to see once your explanation about Gauss 17-polygons?

[@FLETY12]

This explanation and illustration was extremely helpful, now i can easily construct any angle of polygons.

[@coughcpr3911]

The cheating required to make the heptagon aside, this is so elegant, quick and easy, quite impressive. I might suggest drawing all the polygons, including the square, with a vertex at the top. It makes a prettier finished picture.

[@akhilpaul5369]

Very nice after before 40 years ago. I did . thanks sir.

[@Shailajanandpathak]

so satisfying 😊😊😊😊

[@Tactlessly_Truthful]

At the 1:15 minute mark, there's no length given for how wide/short to make the compass, because of this there is no way to go further past this point in the video. Please correct this because I have tried so many lengths, short & long, and NOTHING has worked. Please correct this missed part, thank you.

[@m_x_sterious]

Take the length more than half of the line you drew for the square Like if you take 5 cm for the first line then take more than 2.5 cm.

[@m_x_sterious]

It is called 'side bisector'. Search on KZbin for detailed and clear explanation

[@m_x_sterious]

You will learn in 7th or 8th grade to draw side bisector and angle bisector.

[@atelisunday6693]

I love it make me understand thank you very much.

[@pjaj43]

It may or may not be an accurate construction for 5, 15,17 and the other known constructible polygons (31 in all) with an odd number of sides, but 7, 9, 11, 13 etc are known to be impossible with only a compass and a straight edge. These are, at best, an approximation.

[@pankajkumarmitra2330]

But sir, when we are drawing the last side is not matching with the point 'A'

[@rimonfawzyzaki3637]

yes this is happened to me too. pentagon shape is not close at last point

[@AeolusArcane]

Wait..... This is EXACTLY what i needed THANK YOU SO MUCH BRO

[@passionkeyb26]

No need to make irregular wiggly wiggly figures anymore😂😂. You become an expert in class.

[@YasirUmrani.]

Excellent explanation😊

[@KattasrinivasraoKattasrinivasr]

Nice explaining 😸

[@kantimakan4056]

Brilliant. Thanks a lot.

[@pdias8469]

Excellent tutorial. Thanks

[@jakebee6218]

Time points 1:00 to 1:14 makes no sense: 1) there is no point 'd'; 2) 'take some length' -what length? Thank you.

[@ADTWstudy]

1. It's points A and B. 2. When we want to divide any line into two equal parts we use the middle point method, in which we take a compass and adjust it to a length which will be equal to more than half of the line which we want to divide...

[@jakebee6218]

@@ADTWstudy Thank you. I figured it out, I was confused by some of the explanations. Your method is very elegant!

[@nuhaah4046]

could you please let me know what is the basic theory behind it

[@laugh_345]

Thanks this was extremely useful for my exam

[@Matthews.sekwila]

Am going to try it cause it cause in class I failed to understand it but now I do thanks for clear explanation

[@JidhinU]

Anna big fan😘

[@ianh7917]

Here because I have exams later in the day 😂

[@kishlayraj9706]

Same bro😂

[@richuzzz._TM]

Wow nice👍

[@gabrielojobo8447]

It's understandable 😊😊

[@pdias8469]

I love your method . Thanks.

[@GODGOD-bi4tk]

How to think about everyday things like studying so that I am right always and do the right things...?do like that because if you aren't organised, you are doomed...

[@aladugeabraham-dg3fy]

❤

[@lisascenic]

So helpful in the work I do!

[@emmanuelmychaels6173]

Thank you so much for this. Please, what software are you using...?

[@ManishKumar-5599]

Its very easy and simple

[@mariolegaspi681]

Is that accurate at every ENDPOINT of the arc in the CIRCLE?

[@NazriB]

Lies again? Navy Seals National Service

[@MarkAnthonyCabato]

Its very helpful men thanks

[@EyeSooGuy]

Must be used in analytic geometry as well.

[@aleikram]

Amazing video, bro can you tell the name of this software?

[@BADOKIINDUSTRIES]

me too im dying for it

[@RDchannel9]

Thank you for video ❤❤

[@vloggerboysuvo4809]

Very Thankful to you😢❤

[@Athul-k4m]

Is these all polygons are regular polygons?

[@Iitp_80]

Yes

[@Smileysri98]

Yes they are regular polygons

[@emmanuelmychaels6173]

Please, what software did you use...?

[@samipgyawali07]

Can this method be used if question is given draw a regular pentagon 😢

[@nomukun1138]

No, this method does not create regular polygons (except the square and hexagon).

[@raunakkarn3531]

thank you so much

[@xun5267]

i tried more than 20 times in various platform either use ipad, openboard, real compass. and it only happen 1 time to get the regular for all types of polygon. the rest, all hv a balance after last side. can anyone help to explain whats wrong with me?

[@idlarsaeed7795]

Commendable animation

[@vyacademy985]

which software are you using

[@cupostuff9929]

Recreated this in desmos geometry. It should be noted that the pentagon & heptagon aren't exactly regular, but they are very close to perfect, especially considering the fact that an actual heptagon has been proven to be impossible to construct with a pen & compass. though octagon & nonagon though are very bad & this video is blatantly lying. If you follow the method exactly in this video for the 9-gon, one side will be noticeably longer & angle variation will be more than 4 degrees for each corner. If this video mentioned that some of the construction are just good approximations then I wouldn't be leaving a dislike on this video.

[@jakebee6218]

I got it. First, there is no 'd' (as in the CC) {so ignore that}; second, 'take some length' really means take a length that is greater than half and less that a-b --then everything falls into place after that.

[@rajeshwarilokesh3328]

Tq i have no idea after i see video some more clarity

[@sixbeefydieXD]

3:13 *scared eraser sounds* 5:38 N O N A G O N

[@PiusKevins-ze8lk]

Very easy and good thanks so much

[@lkosilalesoloyia1991]

Thank you very much for highlighting

[@mutambajack8437]

Thank u so much 🥰❤️❤️👏👏👏👏😌

[@ADTWstudy]

You're welcome...

[@sjb3460]

A to B is not the same for each polygon. Each polygon has different chords, the dimension from A to B is a chord.

[@kamalverma4641]

great quality

[@xradmir1]

speed up the process of drawing pentagon lines after you have already shown how you did with square, because its gonna get repetitive really quickly!

[@asifabdullah7097]

Very nice method

[@YosraIbrahim-nt1fp]

Thank you

[@bheemsingh5962]

Thnx sir so much

[@ADTWstudy]

You're welcome, If you find my videos helpful, I would greatly appreciate it if you could share them with anyone you know who may benefit from them.

[@bheemsingh5962]

Sir I like your videos

[@kennybenjamin7151]

Nice one

[@moosey62]

Thank you xx

[@felixmuoki6290]

Thank you mahn😊

[@Nnenna-cw1pp]

Satisfactory

[@SravaniNandhyala]

Thank you very much

[@lutaWayne]

🎉❤❤❤

[@sncarlos1970]

I checked it out with trigonometric fórmulas, this method is not accurate. Apothema should be Side of the polygon L/tan(pi/n) where n>2 is the number of sides. This method leads to Apothema = (l/")+(n-4)*(l/4)(sqroot(3)-1), and they are not the same.

[@LilCruxx1]

Thank you so much sir

[@Mink99shorts]

Saba kuch samajh aaya to kal humko samajha dena🎉🎉😂

[@jacksonvang2946]

What grade do they learn this in pls respond back

[@m_x_sterious]

I learned this in 8th grade. SCERT text part 1 chapter name - polygons

[@jacksonvang2946]

@@m_x_sterious thank! Kool vides

[@HassanTaghizadeh-y2b]

چقدر عالی

[@lachirampathlavath6026]

Thank you sir

[@akhilesh6568]

❤

[@EyeSooGuy]

Same with decagon, hendecagon, dodecagon, etc even icosagon.

[@AlaleemyAlmehraby]

Thank you very much

[@robtechsolutions_tz]

,💯💯💯

[@miqdadkanyoomakit5955]

Mr sir. This method is not giving equal sides of all polygons. Nonagon in particular

[@jaii_377]

It's just an shortcut method As the number of sides increases it gives approximate values

[@visualizer2726]

Thanks man

[@CalebMbesere]

😊

[@OngoraChris-uq2et]

Waoooooooh

[@CarolinaHernándezPuerto]

this was very hard and and this was not what i looked for

[@unnifrancis5649]

🎉

[@TutorAyodele]

Thank you

[@husniddinqochqorov7071]

it cannot happen in actual life I checked

[@MohamedMathani]

thanks

[@eloinzyy]

How do we get the middle point??

[@KONAMAN100]

Use the compass set to a bit more than half by eye, then draw arcs from each end both sides of the line. Join them they cross the line at mid point. Tip. Use sharp compass and pencil

[@rupeshmagar5583]

Great

[@Monycast-facts]

Thanks I'm really struggling

[@Chou005]

I always look for the measurements