 | University of Oxford - 1879 - 584 pagina’s
...triangle equiangular to a given triangle. 4. The straight line drawn at right angles to the diameter of a circle from the extremity of it, falls without the circle ; and no straight line can be drawn from the extremity, between that straight line and the circumference, so... | |
 | Isaac Todhunter - 1880 - 426 pagina’s
...the diameter &c. QED PROPOSITION 16. THEOREM. The straight line drawn at right angles to the diameter of a circle from the extremity of it, falls without the circle; and no straight line can be drawn from the extremity, between that straight line and the circumference, 10... | |
 | 1881 - 504 pagina’s
...be equal to the square on the other part. 6. The straight line drawn at right angles to the diameter of a circle from the extremity of it falls without the circle; and no straight line can be drawn from the extremity between that straight line and the circumference so as... | |
 | Euclid, Isaac Todhunter - 1883 - 428 pagina’s
...the diameter &c. QED PROPOSITION 16. THEOREM. The straight line drawn at right angles to the diameter of a circle from the extremity of it, falls without the circle ; and no straight line can be drawn from the extremity, between that straight line and the circumference, ťo... | |
 | Woolwich roy. military acad - 1884 - 148 pagina’s
...the square on half the line. 6. Prove that the straight line drawn at right angles to the diameter of a circle from the extremity of it falls without the circle. '# If the centre of a circle be joined to the vertices of a circumscribing quadrilateral, then any... | |
 | E. J. Brooksmith - 1889 - 356 pagina’s
...the square on half the line. 6. Prove that the straight line drawn at right angles to the diameter of a circle from the extremity of it falls without the circle. If the centre of a circle be joined to the vertices of a circumscribing quadrilateral, then any one... | |
 | Edward Mann Langley, W. Seys Phillips - 1890 - 538 pagina’s
...is called a secant. PROPOSITION 16. THEOREM. The straight line drawn at right angles to the diameter of a circle from the extremity of it falls without the circle, and no straight line can be drawn from the extremity between that straight line and the circumference so as... | |
 | Queensland. Department of Public Instruction - 1897 - 446 pagina’s
...describe a square about a given circle. 9 4. The straight line drawn at right angles to the diameter of a circle, from the extremity of it, falls without the circle ; and no straight line can be drawn from the extremity, between that straight line and the circumference, so... | |
 | Eldred John Brooksmith - 1901 - 368 pagina’s
...that the angle ACB is obtuse. 6. Prove that the straight line drawn at right angles to the diameter of a circle, from the extremity of it, falls without the circle ; and that no straight line can be drawn from the extremity, between that straight line and the circumference,... | |
 | Association of Ontario Land Surveyors - 1909 - 254 pagina’s
...semi-circle is greater than a right angle. 7. The straight line drawn at right angles to the diameter of a circle from the extremity of it, falls without the circle ; and no straight line can be drawn from the extremity, between that straight line and the circumference, so... | |
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THE straight line drawn at right angles to the diameter of a circle, from the extremity of... 
