 In the same manner, it may be demonstrated that the straight lines EC, ED, are each of them equal to EA or EB ; therefore the four straight lines EA, EB, EC, ED, are equal to one another ; and the circle described from the centre E, at the distance of...  Books 3-9 - Side 95av Euclid - 1908Uten tilgangsbegrensning - Om denne boken
 | John Playfair - 1806 - 320 sider
...same manner it may be demonstrated that the straight lines EC, ED are each of them equal to EA, or EB. Therefore the four straight lines EA, EB, EC, ED are...equal to one another; therefore the circle described from the centre E, at the distance of one of them, must pass through the extremities of the other three,... | |
 | Robert Simson - 1806 - 546 sider
...Book IV. demonstrated, that the straight lines EC, ED are each of them k— v— ' equal to EA or EB ; therefore the four straight lines EA, EB, EC, ED are equal to one another ; and the circle described from the centre E, at the distance of one of them, shall pass through the... | |
 | Euclides - 1816 - 588 sider
...Boo* IV. be demonstrated, that the straight lines EC, ED are each 1~"v^"' of them equal to EA or EB ; therefore the four straight lines EA, EB, EC, ED, are equal to one another ; and the circle described from the centre E, at the distance of one of them, shall pass through the... | |
 | John Playfair - 1819 - 354 sider
...manner, it may be demonstrated, that the straight lines EC, ED are each of them equal to EA, or EB ; therefore the four straight lines EA, EB, EC, ED are equal to one another ; and the circle described from the centre E, at the distance of one of them, must pass through the... | |
 | Peter Nicholson - 1825 - 1046 sider
...manner, it may be demonstrated, that the straight lines EC, ED are each of them equal to EA or EB; therefore the four straight lines EA, EB, EC, ED are equal to one another : and the circle described from the centre E, at the distance of one of them, shall país through the... | |
 | Robert Simson - 1827 - 546 sider
...manner it may be demonstrated that the straight lines EC, ED are each of them equal to EA, or EB : therefore the four straight lines EA, EB, EC, ED, are equal to one another ; and the circle described from the centre E, at the distance of one of them, will pass through the... | |
 | Euclid - 1835 - 540 sider
...it may be demonstrated, that the straight ^ v*-' lines EC, ED are each of them equal to EA, or EB; therefore, the four straight lines EA, EB, EC, ED are equal to one another ; and the circle described from the centre E, at the distance of one of them, must pass through the... | |
 | Andrew Bell - 1837 - 290 sider
...manner, it may be demonstrated that the straight lines EC, ED, are each of them equal to EA or EB ; therefore the four straight lines EA, EB, EC, ED, are equal to one another ; and the circle described from the centre E, at the distance of one of them, shall pass through the... | |
 | Euclides - 1838 - 264 sider
...similar manner it may be demonstrated that the straight lines EC, ED are respectively equal to EA, EB ; therefore the four straight lines EA, EB, EC, ED are equal to one another ; and th« circle described from the centre E, at the distance of one of them, will pass through the... | |
 | Euclides - 1841 - 378 sider
...* 6. 1. it may be demonstrated, that the straight lines EC, ED are each of them equal to EA or EB; therefore the four straight lines EA, EB, EC, ED are equal to one another; and the circle described from the centre E, at the distance of one of them, will pass through the extremities... | |
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