You should fix the way you do the experiment. Why not using a thread?But Phew is unstoppable. ~
Quote from: JackBlack on December 27, 2024, 02:47:16 PMQuote from: wise on December 27, 2024, 04:37:59 AMQuote from: Danang on August 29, 2024, 02:40:36 AMC/D = 3.17157 is already validated by directorate general of copyright. Phew is not blurry stuff anymore. It's been verified by experts. 👌I think we can measure the exact value of Pi as follows. Find a laser and a precise cutting tool. Attach the tool to the end of a string or place it on a platform that allows it to draw in a circular motion. Place an object underneath the tool so that it draws a circle with a radius of 1 unit. Weigh the object in the 1x1 unit area and note the value. Then, weigh the circular shape drawn by the laser. Compare the two values. There you have the value of Pi.To increase the accuracy of the measurement, you can enlarge the diameter of the circle.If you do it this way, you can officially say that you have calculated the value of Pi.There are also simpler, but less accurate versions of this which anyone can do.Get a sheet of paper, and print the outline of a circle and a square.Then cut them out and weigh them and calculate the ratio and link back to pi.Okay .. phew will show up ~
Quote from: wise on December 27, 2024, 04:37:59 AMQuote from: Danang on August 29, 2024, 02:40:36 AMC/D = 3.17157 is already validated by directorate general of copyright. Phew is not blurry stuff anymore. It's been verified by experts. 👌I think we can measure the exact value of Pi as follows. Find a laser and a precise cutting tool. Attach the tool to the end of a string or place it on a platform that allows it to draw in a circular motion. Place an object underneath the tool so that it draws a circle with a radius of 1 unit. Weigh the object in the 1x1 unit area and note the value. Then, weigh the circular shape drawn by the laser. Compare the two values. There you have the value of Pi.To increase the accuracy of the measurement, you can enlarge the diameter of the circle.If you do it this way, you can officially say that you have calculated the value of Pi.There are also simpler, but less accurate versions of this which anyone can do.Get a sheet of paper, and print the outline of a circle and a square.Then cut them out and weigh them and calculate the ratio and link back to pi.
Quote from: Danang on August 29, 2024, 02:40:36 AMC/D = 3.17157 is already validated by directorate general of copyright. Phew is not blurry stuff anymore. It's been verified by experts. 👌I think we can measure the exact value of Pi as follows. Find a laser and a precise cutting tool. Attach the tool to the end of a string or place it on a platform that allows it to draw in a circular motion. Place an object underneath the tool so that it draws a circle with a radius of 1 unit. Weigh the object in the 1x1 unit area and note the value. Then, weigh the circular shape drawn by the laser. Compare the two values. There you have the value of Pi.To increase the accuracy of the measurement, you can enlarge the diameter of the circle.If you do it this way, you can officially say that you have calculated the value of Pi.
C/D = 3.17157 is already validated by directorate general of copyright. Phew is not blurry stuff anymore. It's been verified by experts. 👌
Using a wire is not a good idea, Mike. Try again. The sphere volume, by cube measurement, equals approximately 50% of cube or 4 of 8.
Area of 'umbrella' at sin45 is not 3/3.17157 × 1.9939033 = 1.886039.It's sin45/0.7928932 radian × 1.9939033 = 1.77817.