Computing $\pi$:

Simply measure the diameter and the circumference of several circles you find in the house (glasses, bowls, tires, etc.). Compute the ratio of the circumference and the radius of the circle they should be hovering around the same value of $$2\pi = 6.2831...$$

Computing $\pi$:

Simply measure the diameter and the circumference of several circles you find in the house (glasses, bowls, tires, etc.). Compute the ratios of the circumferences and the diameters of the circles and they should be hovering around the same value of $$\pi = 3.141..$$

Computing $\pi$:

Simply measure the diameter and the circumference of several circles you find in the house (glasses, bowls, tires, etc.). Compute the ratio of the circumference and the circle and they should be hovering around the same value of $$\pi = 3.141...$$

Computing $\pi$:

Simply measure the diameter and the circumference of several circles you find in the house (glasses, bowls, tires, etc.). Compute the ratio of the circumference and the radius of the circle they should be hovering around the same value of $$2\pi = 6.2831...$$