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You can draw 2 lines of any length across the circle. Find the center of that line and draw a line perpendicular to it (as you did with your framing square). Do this with both lines and where the 2 perpendicular lines intersect is the center. This method you show works also but it just involves more steps and the length of the lines are irrelevant.
I couldn’t agree with Mr Facer more. Thank you for taking time to film (maybe edit) and upload. I just used for a project and your video was great. Worked perfect!
Yes buddy really helpful. Recently my mechanic has been off the job and I was all by myself wondering how to find the centre of a circle. Your video came to me the most useful way to find the centre of a circle. Thanks buddy.
Thanks. It's your simplicity and ingeniously a joy to watch and no hard complications to follow. And also no need to make a set of tool . Thank you once again. May God bless you.
I was taught this method when I was in shop/drafting class in 7th grade. 60 years ago. I forgot it thru the years but you brought back a fond memory for me. I got our teacher fired for calling me a dumbass in front of witnesses.
You don't need to draw any chords. Any two points created a line. Set dividers or compass to about 3/4of the diameter pick any two location along the perimeter of the circle about 180 degrees apart. Draw an arc from each point. Then draw a line where the arcs intersect. Do the same arcs from where the line crosses the perimeter of the circle. Where the lines cross is the center. You have also exactly quartered the circle.
How did you come up with four inches? What about circles that are larger or smaller than the one you used? It seems easier to me to draw three lines across the diameter and where they intersect is the center.
Perfect. Im just so sorry that i had to trawl through all the other utter BS methods with egotistical people rattling on about themselves in order to find this. This is what the www and youtube was invented for. But now it has lost its way. Thank-you for being straight to the point.
Measure the circumference, with a thread, fold it in half, you get a semi circle, join the ends, measure the diameter, divide it by two.. that's where centre is..
Really only need two equal lines across the outer edge of the circle and the midway point of each line. Also, if you use a speed square with the framing square, you only need to mark the center points where the speed square intersects each
The two line segments that touch the circumference don't even have to be equal. As long as the perpendicular is at the center of the two line segments the intersection of those perpendiculars will always be center.
Come on dude . We know. But three makes it certain. Why are you even moaning about this. He was straight to the point and correct. This is what we need instead of arseholes making things complicated. Ffs what is wrong with you and all of the other idiots that have posted convoluted answers to this question. You waste our time daily.
The line just needs to be the same length. 1in 2in 3in. Makes no difference what length you choose if you use the same measurement and it’s divisible by 3.
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Precision Center Finder for Metal amzn.to/34EnFfR
Thanks for your reply. I'm ordering the center finding tool...
Bruce Walters I have two. It’s quicker. When I made this video, I didn’t have one. I actually added that link a month or two ago. Thanks for watching.
This is the way that all UA-cam informational videos should be - chill, to the point, and useful. Cheers!
Thanks.
Don't forget no annoying music that drowns out what the UA-camr is saying lol
Excellent illustration and presentation. The lines were easy to see an the explanation was good.
Glad it helped.
Best UA-cam video I've found. No b's, no math. Pure craftsman
Thanks. I appreciate you taking a minute to comment
.
You can draw 2 lines of any length across the circle. Find the center of that line and draw a line perpendicular to it (as you did with your framing square). Do this with both lines and where the 2 perpendicular lines intersect is the center. This method you show works also but it just involves more steps and the length of the lines are irrelevant.
This actually works! Thanks!
All these years...but I'm glad I found now! Thank you!
Glad it helped.
Had to find the center of a circle for a woodworking project. Easier than I thought. I appreciate you taking time to upload.
Thanks. Glad you found it helpful.
I couldn’t agree with Mr Facer more. Thank you for taking time to film (maybe edit) and upload. I just used for a project and your video was great. Worked perfect!
Yes buddy really helpful.
Recently my mechanic has been off the job and I was all by myself wondering how to find the centre of a circle.
Your video came to me the most useful way to find the centre of a circle.
Thanks buddy.
Glad it was useful. Thanks.
Thanks. It's your simplicity and ingeniously a joy to watch and no hard complications to follow. And also no need to make a set of tool . Thank you once again. May God bless you.
Thanks.
Thanks so much.. exactly what I was looking for today.. all thumbs up.
Glad it helped.
I was taught this method when I was in shop/drafting class in 7th grade. 60 years ago. I forgot it thru the years but you brought back a fond memory for me. I got our teacher fired for calling me a dumbass in front of witnesses.
Times were different then. Surprised they actually fired the teacher.
I used this today. My son is making a clock out of a whiskey barrel lid. Easy and worked out perfect.
Awesome. Thanks for letting me know.
Finding the centre of a circle is made simple. Many thanks.
Best Video on Finding Centerpoints
Thanks. I’m glad it helped.
Thanks for a short explanation and accurate way!
Thanks for the comment. Always good to know it’s helping people.
Great way to find a Center point 👉☝️ !! You have a Good One !!
You're my hero! Thank you so much for making is so simple even I can understand it (and that's saying a lot).
There is something to be said for having someone who thinks simply make a tutorial. Glad it helped. 👊🏼
Thank you. I hope I can remember this next time i need it.
My absolute pleasure.
Text or email it to yourself
Thanks! That made more sense than any other I have watched!
I probably made it simple because that’s the only way I know how.
Very good. Thank you from the UK.
Thank you too!
WOW great tip! You all need to watch this video and do the man a favor by subscribing ect. After all he took his time to make and post this video.
Robert Ray thank you.
This is the greatest video on earth. Bless you ☺️
Anastasia Beaverhausen thanks and bless you as well. 😁
Certainly the easiest, though I'm not good in geometry or mathematics.
I UNDERSTOOD IT INSTANTLY.
THANKS. 👌👍🏻🌺
Thanks.
You just saved a DIY'er a bunch of time. Thanks
KeepIt EddieMurphy glad it helped.
You don't need to draw any chords. Any two points created a line. Set dividers or compass to about 3/4of the diameter pick any two location along the perimeter of the circle about 180 degrees apart. Draw an arc from each point. Then draw a line where the arcs intersect. Do the same arcs from where the line crosses the perimeter of the circle. Where the lines cross is the center. You have also exactly quartered the circle.
Love that ring! Really pretty.
Agrx Drowflow my wife wanted to get me something unique when we got engaged over 20 years ago. Thank you.
You are genius
Glad it helped.
That is a great idea thank you for the information
You are so welcome.
Just what I needed. Thanks
Love your video. Dose that work for a 55gallon barrel to find the center point?
I’ve used it for a steel drum. You may need to be creative to locate the edges if it’s rounded, but it could be done.
Fantastic, thank you.
Glad it helped.
Thanks helpful with school work
Awesome.
Well that very easy to do. I will use it on my project!
Awesome. Glad it helped.
Thank you that was very well explained
Awesome. Glad it helped.
Huge help, thanks!
Glad it helped.
Sweet! Thanks for sharing.
My pleasure. Glad it helped.
I watched 3 confusing videos...then I found this... thanks
Glad it helped.
Thanks for the update.
Anytime.
I love it, thank you.
Glad you found it helpful.
Great, I want make clocks plates with a quartz movement adding a phot of a subject. Thanks
My son is making a clock out of the head of a whiskey barrel. You just solved a problem !
Good video ! He made it look so easy.
Tom Brettin thanks.
I have to find absolute center on 1 5/16" dowels happy day thanks.
Glad it worked out.
very simple and easy to
understand.thank you
Very helpful thanks
Thanks. Glad it was useful.
Thanks for the information. It's beautifully simple :-)
Viktor Fresco thank you. 🙏🏼
Thnk u dear sir... Love u
Thanks for taking only 2 1/2 minutes to do what it seems like it takes others a half hour to explain.
Pet peeve. I don’t have that attention span.
Life saver, cheers 🍻 mate
Glad it helped.
Great help for me and my housemate! 10/10
Glad it helped! Thanks for watching!
Fantastic, a thought Tool 😊
Superb, thank you.
Glad you found it helpful.
Good solution
Thanks.
Brilliant, thanks!!
Glad it helped.
Dude that helped me a lot
Awesome. Thanks.
Thank you
Glad you found it helpful.
Thank you nice one
Thank you. Glad it helped.
Excellent and easy, . Thank You
+Dale Rasmussen thanks. I hoped it would help someone.
How did you come up with four inches? What about circles that are larger or smaller than the one you used? It seems easier to me to draw three lines across the diameter and where they intersect is the center.
It was just a measurement that was easily divisible by two. It could have just as easily been 2, 1.5, 3, 1 or any number.
That's the easiest i seen so far
Thanx :)
Nice.. was the third line needed or not?
Not needed, but can be considered a "verification" line. If it doesn't intersect, then you done screwed up somewhere.
Very good mate I’ll use that method ,home workshop jimmy
Thanks.
Thank you!
Glad it helped.
Easy! Thanks!
Thanks for the comment. Glad it could help.
Thank you.
Glad it helped.
Thank you for this.
James Richardson glad it helped.
Does that work for any diameter cicle
That is amazing Thanks
Awesome. Glad it helped.
wow,you must be the cleverest man on earth'good one
HEY DUDE!
supper easy!Thanks!
JANIS IVANOVSKIS Sr thanks. I really appreciate you taking the time to let me know. 👊🏼
thx, just finished looks to be the center! =)
Thankyou. Very Helpfull. I Subscribe.
Didn't need the 3rd line, but thank you
Thanks.
Thanks
Thank you very much sir..
I'm about to mount the hardware on an 18" lazy susan. I'll try this. Thanks.
GREAT JOB
EXCELLENT!
Hi, great video.
Isn't the 3rd line redundant? Wont 2 lines achieve the same result ?
It is but I always feel better when the third line lines up.
Overachiever. Lol
Nice! Thank you for the tip!
Thank you sir
Christian Rojas thanks for watching. Hope it helped.
Nice.
Greats from Germany
Many Thanks!!
Toni Thatcher glad I was able to help. 👍🏼
using a compass drawing four semicircles and two lines is much much easier and can be done in about
And more easily accurate
Helpful!
Don't you think only two perpendicular bisectors are Sufficient, Can you explain why you need a third Perp. Bisector
I have trust issues.
Perfect. Im just so sorry that i had to trawl through all the other utter BS methods with egotistical people rattling on about themselves in order to find this. This is what the www and youtube was invented for. But now it has lost its way. Thank-you for being straight to the point.
Thanks for the comment. I’m glad it was helpful.
Awesome vid.
Measure the circumference, with a thread, fold it in half, you get a semi circle, join the ends, measure the diameter, divide it by two.. that's where centre is..
Thanks - works for me
I’m glad it helped. Thanks for stopping by.
Nice..
Thanks
Really only need two equal lines across the outer edge of the circle and the midway point of each line. Also, if you use a speed square with the framing square, you only need to mark the center points where the speed square intersects each
+Dale Persails interesting. I'll give it a try.
The two line segments that touch the circumference don't even have to be equal. As long as the perpendicular is at the center of the two line segments the intersection of those perpendiculars will always be center.
Come on dude . We know. But three makes it certain. Why are you even moaning about this. He was straight to the point and correct. This is what we need instead of arseholes making things complicated. Ffs what is wrong with you and all of the other idiots that have posted convoluted answers to this question. You waste our time daily.
thank u
Glad it helped.
Thanks!! New subscriber!!
PAPERGATORZ FEDDUCCA thanks for watching and thanks for the sub!
You explained everything, but what that extra line was for, which threw the whole thing off for me
Sorry it wasn’t clearer.
Is 4 inches a good measurement to use with any size circle?
Thank you
The line just needs to be the same length. 1in 2in 3in. Makes no difference what length you choose if you use the same measurement and it’s divisible by 3.
The intersection of the perpendicular bisectors of two non-parallel chords marks the center.
Why 4” and not another length? Is that calculated on the basis of the diameter?
microphonejones it was easily divisible by 2 and for this size circle it just worked. It could have been three or two. Just a number that worked.
@@ManCrafting coool
Very nice , now how to figure out from 4 holes on a wheel to 5 holes?
Let me ask my buddy Adam Booth.
good enough for me.
Thanks.
Learned about this in math:
it's because the perpendicular bisector of chords intersect in the center