is there a computer program that can divide a circle into equal parts, when making a pie graph?

Question

or is there any easy way to do this? what if i want to divide a large circle into 400 equal slivers? i don't want to do this by hand but on the computer.

Florida:
I want to take a circle and divide it into equal parts to make a pie graph. there need to be many parts, over 400. i want to know how to do this on the computer and not by hand.
(i already said all that, i'm not sure why you needed clarification.)

two thumbs down, eh? so, asking a technical question is not acceptable here? a simple question about creating a pie graph makes you feel the need to give a thumbs down? you people must be freaks.

someone already answered with a specific suggestion, so why would you feel the need to get nasty? this is obviously a technical question of large-scale geometrical mathematics. whoever gave the thumbs down needs to get a life and needs to get their head out of their backside.

Answer 1

Most spreadsheet programs, like Lotus or Excel, can do this. Check the online manual.

Answer 2

Circle Divider Online

Answer 3

Microsoft Visio can do it, Microsoft Excel, can too. If you have a copy of Tel-A-Graf, it would do it, but I think it's obsolete.

Just one piece of advice: A pie chart with 400 slices wil be unreadable at best. Each slice will be less than 1 degree of the circle. You won't be able to write anything inside teh slice, unless you print a monstrously big chart. And the colors of the slices are going to blur together.

Answer 4

i assume that you're doing this for geometry type and also you want to attempt this using a compass and instantly part, no longer a protractor. regrettably, it isn't conceivable to precisely trisect (decrease in 3) an attitude. there remains desire! follow my link for the seen. Your setup: a circle with a diameter and a first center. a million. Make yet another circle with the middle on the circumference of the unique circle. 2. Make a line from the unique circle's center to the position both circles' circumferences connect. They connect on 2 area, so get each and every area. 3. each and every of those angles is 60 stages, so the sum of those angles is one hundred and twenty stages. 4. The angles between the sum of those angles and the different 0.5 of the diameter are also one hundred and twenty stages.

Answer 5

you should try microsoft excel

Answer 6

yes,
it is called excell

Answer 7

microsoft