| Euclides - 1864 - 448 Seiten
...parallel to KC, one of the sides of the triangle DKC, as CE to ED, so is Klt to HD : (vI. 2.) but KHis **equal to BG, and HD to GF; therefore, as CE is to ED,** so is BG to GF: (v. 7.) again, because FD is parallel to GE, one of the sides of the triangle AGE,... | |
| Euclides - 1865 - 402 Seiten
...parallel to KC, one of the sides of the triangle DKC, therefore, as CE to ED, so is KH to HD ; (vi. 2.) **but KH is equal to BG, and HD to GF ; therefore, as CE is to ED,** so u BG to GF ; (v. 7.) Again, because FD is parallel to GE, one of the sides of the triangle AGE,... | |
| Robert Potts - 1868 - 410 Seiten
...because HE is parallel to KC, one of the sides of the triangle DKC, as C^to ED, so is JOT to HD: (vI. 2.) **but KH is equal to BG, and HD to GF; therefore, as** CM is to ED, so is BG to GF: (V. 7.) again, because FD is parallel to GE, one of the sides of the triangle... | |
| Robert Potts - 1876 - 446 Seiten
...HE is parallel to KC, one of the sides oi the triangle DKC, as CE to ED, so is KH to HD : (Vi. 2.) **but KH is equal to BG, and HD to GF; therefore, as CE is to ED,** so is BG to GF: (v. 7.) again, because I'D is parallel to GE, one of the sides of the triangle AGE,... | |
| Euclid - 1908
...KC, one of the sides of the triangle DKC, therefore, proportionally, as CE is to ED, so is KH to HD. **But KH is equal to BG, and HD to GF; therefore, as CE is to ED,** so is BG to GF. Again, since FD has been drawn parallel to GE, one of the sides of the triangle A GE,... | |
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