 Ex. 606. Find the locus of all lines drawn through a given point, parallel to a given plane. Ex. 607. Find the locus of points in a given plane which are equidistant from two given points not in the plane. Ex. 608. Find the locus of a point in space equidistant...  The Medical World - Strana 3161898Úplné zobrazení - Podrobnosti o knize
 | Edward Olney - 1883 - 352 str.
...be possible to Fig. 261. form a triedral ? How is it when the sum equals 4 right angles? 7. What is the locus of a point in space equidistant from three given points ? To demonstrate that such a locus is a straight line, pass a plane through the three points, and also... | |
 | George Albert Wentworth - 1896 - 296 str.
...the plane MN at their intersection .A, and is therefore _L to the plane MNat A (g 472). Ex. 485. Find the locus of a point in space equidistant from three given points not in a straight line. Let A, B, and C be any three points in space. It is required to find the locus of a point in space... | |
 | 1898 - 228 str.
...in a given circle, and express the length of its side in terms of the radius of the circle. 6. Find the locus of a point in space equidistant from three given points not in the same straight line. 7. The altitude of a given cone is a, and the radius of its base is b : find... | |
 | Yale University - 1898 - 212 str.
...in a given circle, and express the length of its side in terms of the radius of the circle. 6. Find the locus of a point in space equidistant from three given points not in the same straight line. 7. The altitude of a given cone is a, and the radius of its base is b : find... | |
 | George Albert Wentworth - 1899 - 498 str.
...points in a given plane which are equidistant from two given points not in the plane. Ex. 608. Find the locus of a point in space equidistant from three given points not in a straight line. 266 LINES AND PLANES. PROPOSITION XIV. THEOREM. 534. If two angles not in the same plane have their... | |
 | George Albert Wentworth - 1899 - 246 str.
...points in a given plane which are equidistant from two given points not in the plane. Ex. 608. Find the locus of a point in space equidistant from three given points not in a straight line. 266 LINES AND PLANES. PROPOSITION XIV. THEOREM. 534. If two angles not in the same plane have their... | |
 | George Albert Wentworth - 1902 - 246 str.
...points in a given plane which are equidistant from two given points not in the plane. Ex. 608. Find the locus of a point in space equidistant from three given points not in a straight line. PROPOSITION XIV. THEOREM. 534. If two angles not in the same plane have their sides respectively parallel... | |
 | George Albert Wentworth - 1904 - 496 str.
...points in a given plane which are equidistant from two given points not in the plane. Ex. 608. Find the locus of a point in space equidistant from three given points not in a straight line. 266 LINES AND PLANES. PROPOSITION XIV. THEOREM. 534. If two angles not in the same plane have their... | |
 | 1911 - 946 str.
...constant. 8. Find the locus of all lines drawn through a given poiut, parallel to a given plane. 9. Find the locus of a point in space equidistant from three given points not in a straight line. ALGEBRAIC METHODS IN GEOMETRY. The committee feels that the use of algebraic forms of expression and... | |
 | Charles Davison - 1905 - 140 str.
...plane, and also OD perpendicular to the plane, then D is the circumcentre of the triangle ABC. 4. Find the locus of a point in space equidistant from three given points. 5. Of two oblique lines drawn from a point to a plane and meeting the plane at unequal distances from... | |
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