The Squared Circle: Being a Short Treatise, Describing the Manner by which Its True Area and Boundary Were DiscoveredM. Ward & Company, 1884 - 23 sider |
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Resultat 1-5 av 6
Side 3
... perfectly correct in their decimals , the absolute solution being admittedly unattainable by this mode of research . For when we take into consideration the great number and extent of the calculations required , and the great care ...
... perfectly correct in their decimals , the absolute solution being admittedly unattainable by this mode of research . For when we take into consideration the great number and extent of the calculations required , and the great care ...
Side 7
... perfectly establishing my first hypothesis . In proof of my second hypothesis I would refer to Fig . 6 , repre- senting a hexagon formed within a circle of 8 inches diameter , the arcs over each of its six sides having been bisected ...
... perfectly establishing my first hypothesis . In proof of my second hypothesis I would refer to Fig . 6 , repre- senting a hexagon formed within a circle of 8 inches diameter , the arcs over each of its six sides having been bisected ...
Side 10
... perfectly preserved while being thus absolutely converted into a circular . ring the height of a triangle - and containing an area , as per cal . No. 31 , equal to 18 or 15 of the entire circle . 24 And with a view to exhibit a still ...
... perfectly preserved while being thus absolutely converted into a circular . ring the height of a triangle - and containing an area , as per cal . No. 31 , equal to 18 or 15 of the entire circle . 24 And with a view to exhibit a still ...
Side 16
... perfectly similar to the way by which all the subsequent stages of the duplication of the polygon sides are effected ; so , to make the process very plain , I think it will be only necessary to describe how the next duplication of the ...
... perfectly similar to the way by which all the subsequent stages of the duplication of the polygon sides are effected ; so , to make the process very plain , I think it will be only necessary to describe how the next duplication of the ...
Side 17
... perfectly correct to the extent of 80 decimals . I have also proved from it the true proportional which the circumference bears to the area , and which both bear to the diameter . First , the true diameter is found by dividing the ...
... perfectly correct to the extent of 80 decimals . I have also proved from it the true proportional which the circumference bears to the area , and which both bear to the diameter . First , the true diameter is found by dividing the ...
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The Squared Circle: Being A Short Treatise, Describing the Manner by Which ... James Bailey Andrews Ingen forhåndsvisning tilgjengelig - 2009 |
Vanlige uttrykk og setninger
12 arcs 16 inches 18 circular rings 18 triangles 24 inches 24 triangles absolute amount angular boundary angular measurement appears per cal area and boundary area of 48 area of cal bisect boundaries and areas calculations centre circular and spherical circular ring measurement circular ring mode circumscribing circle circumscribing polygon deducting the area described duplication entire circle equal in area equilateral triangle Euclid Euclid's exactly equal excess extent of 80 form the chords give the area give the true given at cal hypotenuse hypothesis inches diameter inscribed circle investigation linear extent linear measure mode of enquiry obtain one-fourth the area one-fourth the diameter one-half one-sixth perfect circle polygon sides radius regarded relative proportion represented by cal right angle right lines drawn right-angled triangle second polygon six arcs spherical geometry square of 16 square root triangles will equal true area true boundary true circular boundary true circumference true proportional
Populære avsnitt
Side 22 - A circle is a plane figure contained by one line, which is called the circumference, and is such that all straight lines drawn from a certain point within the figure to the circumference, are equal to one another.
Side 6 - ... right-angled triangle (ABC) the square which is described upon the side (AC) subtending the right angle is equal to the sum of the squares described upon the sides (AB and CB) which contain the right angle.