to calculate the area of a quadrilateral. Check that this formula gives the correct answer for rectangles but not for parallelograms. 2. An ancient Egyptian document, known as the Rhind papyrus, suggests that the area of a circle can be determined by finding the area of a square whose side has length ° the diameter of the circle. What value of ë is implied by this formula? How close is it to the correct value?
to calculate the area of a quadrilateral. Check that this formula gives the correct answer for rectangles but not for parallelograms. 2. An ancient Egyptian document, known as the Rhind papyrus, suggests that the area of a circle can be determined by finding the area of a square whose side has length ° the diameter of the circle. What value of ë is implied by this formula? How close is it to the correct value?
to calculate the area of a quadrilateral. Check that this formula gives the correct answer for rectangles but not for parallelograms. 2. An ancient Egyptian document, known as the Rhind papyrus, suggests that the area of a circle can be determined by finding the area of a square whose side has length ° the diameter of the circle. What value of ë is implied by this formula? How close is it to the correct value?