| Sir Rowland Macdonald Stephenson - Railroads - 1869 - 446 pages
...weight 23-644 oz. PROBLEM IX. To find the solidity of a spherical segment. RULE. — To three times the square of the radius of the base, add the square of the height ; multiply the sum by the height, and the product again by •5236. 1. Required the content... | |
| Alfred Hiley - 1871 - 184 pages
...find the volume, when the radius of the base and the height of the segment are given. To three times the square of the radius of the base, add the square of the height ; multiply the sum by the height, and this product by -JJ-. . (2) To find the volume, when the... | |
| Clement Mackrow - 1879 - 558 pages
...multiplied by -3927 will be the solidity. 17. To find the solidity of a hyperboloid. (Fig. 99.) FIG. 99. RULE. — To the square of the radius of the base add the square of the diameter at the middle between the base and the vertex ; this sum multiplied by the altitude, and the product... | |
| Alfred Hiley - 1879 - 228 pages
...find the volume, when the radius of the base and the height of the segment are given. To three times the square of the radius of the base, add the square of the height ; multiply the sum by the height, and this product by |-j-. (2) To find the volume, when the... | |
| Frank Eugene Kidder - Architecture - 1886 - 640 pages
...the base by half Fig.43 the altitude. To compute the volume of a hyperboloid of revolution (Fig. 44). RULE. — To the square of the radius of the base add the square of the middle diameter; multiply this sum by the height, and the product by 0.5236. To compute the volume... | |
| Benjamin Franklin Finkel - Mathematics - 1888 - 518 pages
...— F"=^7r(/?2-[-^2)/', where R is the radius of the base, a^the middle diameter, and h the altitude. Rule. — To the square of the radius of the base add the square of the middle diameter between the base and the vertex; and this sum multiplied by the altitude, and the product... | |
| Frank Eugene Kidder - Architecture - 1892 - 1032 pages
...base by half Fig.43 the altitude. To compute the volume of it hyperbolotil of revolution (Fig. 44). RULE. — To the square of the radius of the base add the square of the middle diameter; multiply this sum by the height, and the product by 0.5236. TII compute the volume... | |
| Frank Eugene Kidder - Architecture - 1892 - 1058 pages
...by half Fig.43 the altitude. To compute the volume of « hyptrboloiil of revolution (Fig. 44). RULK. —To the square of the radius of the base add the square of the middle diameter; multiply this sum by Hie height, and the product by 0.5230. Fig.44 Tn compute the... | |
| Frederick Thomas Hodgson - Architecture, Domestic - 1904 - 370 pages
...05236=63774.48. Ans. OF HYPERBOLOIDS AND HYPERBOLIC CONOIDS Problem XVI. — To find the solidity of a hyperboloid. Rule. — To the square of the radius' of the base, as, add the square of the middle diameter, mr; multiply this sum by the height, sf, and the product... | |
| Joseph Gregory Horner - Engineering - 1909 - 560 pages
...the surface is called the height. To find the volume of a segment of a sphere : — To three times the square of the radius of the base add the square of the height, then multiply this sum by the height, and the product by '5236. To find the area of the surface... | |
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