 | Adrien Marie Legendre - 1819 - 574 Seiten
...solid AG : solid AZ : : AE x AD x AE : AO X AM X AX. Therefore any two rectangular parallelopipeds are to each other as the products of their bases by their altitudes, or as the products of their three dimensions. 405. Scholium. Hence we may take for the measure of a... | |
 | Adrien Marie Legendre - 1825 - 276 Seiten
...as their bases AB, AE. THEOREM. 172. Any two rectangles ABCD, AEGF (fig. 101), are to each Fig. 101. other, as the products of their bases by their altitudes, that is, ABCD : AEGF : : AB x AD : AE x AF. Demonstration. Having disposed the two rectangles in such a manner,... | |
 | Adrien Marie Legendre, John Farrar - 1825 - 280 Seiten
...same altitude are to each other as their bases. THEOREM. 404. Any two rectangular parallelopipeds are to each other as the products of their bases by their altitudes, or as the products of their three dimensions. Fig. 213. Demonstration. Having placed the two solids... | |
 | Adrien Marie Legendre, John Farrar - 1825 - 294 Seiten
...same altitude are to each other as their bases. THEOREM. 404. Any two rectangular parallelopipeds are to each other as the products of their bases by their altitudes, or as the products of their three dimensions. Fig. 213. Demonstration. Having placed the two solids... | |
 | Timothy Walker - 1829 - 156 Seiten
...of the preceding demonstrations. COR. — Two prisms, two pyramids, two cylinders, or two rones are to each, other as the products of their bases by their altitudes. If the altitudes are the same, they ore as their bases. If the bases are the same, thty are as t/icir... | |
 | Adrien Marie Legendre - 1836 - 394 Seiten
...3. Two pyramids having equivalent bases are to each other as their altitudes. Cor. 4. Pyramids are to each other as the products of their bases by their altitudes. Scholium. The solidity of any polyedral body may be computed, by dividing the body into pyramids ;... | |
 | Adrien Marie Legendre - 1837 - 376 Seiten
...their altitudes, that is to say, as the products of their three dimensions. VK \ \ V a A I» \ \ \ o\ \ For, having placed the tWo solids AG, AZ, so that their surfaces have the common angle BAE, produce th« planes necessary for completing the third parallelopipedon AK having the same altitude with the... | |
 | Benjamin Peirce - 1837 - 216 Seiten
...right prism or cylinder of the same base and altitude. 357. Theorem. Two right parallelopipeds are to each other as the products of their bases by their altitudes. Demonstration. Let the two right parallelopipeds be ABCD EFGH, AKLM NOPQ (fig. 168) which we will denote... | |
 | Adrien Marie Legendre - 1838 - 382 Seiten
...their bases. PROPOSITION XIII. THEOREM. Any two rectangular parallelopipedons are to each other as tht products of their bases by their altitudes, that is...to say, as the products of their three dimensions. r ^ V \ A f A \ \ 1 0\ B \ _ \n T 156 GEOMETRY. For, having placed the two solids AG, AZ, so that their... | |
 | Adrien Marie Legendre - 1841 - 288 Seiten
...solid AG : solid AZ : : AB X AD x AE : AO X AM x AX. Therefore any two rectangular parallelopipeds are to each other as the products of their bases by their altitudes, or as the products of their three dimensions. 405. Scholium. Hence we may take for the measure of a... | |
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Any two rectangular parallelopipedons are to each other as the products of their bases by their altitudes ; that is to say, as the products of their three dimensions. 
