Plane Geometry |
From inside the book
Results 1-3 of 13
Page 173
Walter Wilson Hart. LOCUS OF POINTS 173 1. Locate a point 0. Draw the locus of points 2 in . from 0 . 2. ( a ) Draw a circle with radius 1 in . Place five points outside the circle , each of them in . from the nearest point of the circle ...
Walter Wilson Hart. LOCUS OF POINTS 173 1. Locate a point 0. Draw the locus of points 2 in . from 0 . 2. ( a ) Draw a circle with radius 1 in . Place five points outside the circle , each of them in . from the nearest point of the circle ...
Page 174
Walter Wilson Hart. 174 LOCUS OF POINTS 227. The locus of points satisfying a given condition is the line or lines such that : ( a ) Every point on them satisfies the condition ; ( b ) Every point that satisfies the condition is on them ...
Walter Wilson Hart. 174 LOCUS OF POINTS 227. The locus of points satisfying a given condition is the line or lines such that : ( a ) Every point on them satisfies the condition ; ( b ) Every point that satisfies the condition is on them ...
Page 177
Walter Wilson Hart. FUNDAMENTAL LOCI 232. Summary of fundamental loci . 177 Locus 1. The locus of points at a given distance d from a given point O is the circle with center O and radius d . This is a consequence of § 156 ( c ) , p . 127 .
Walter Wilson Hart. FUNDAMENTAL LOCI 232. Summary of fundamental loci . 177 Locus 1. The locus of points at a given distance d from a given point O is the circle with center O and radius d . This is a consequence of § 156 ( c ) , p . 127 .
Other editions - View all
Common terms and phrases
AABC ABCD ADDITIONAL EXERCISES ADEF adjoining figure altitude angle formed angles are equal apothem ARST AXYZ base angles bisector bisects central angle chord circumscribed conclusion corresponding sides cuts diagonals diameter Draw drawn equal angles equal circles equal sides equidistant equilateral triangle EXERCISES FOR CHAPTER extended exterior angle figure for Ex Find the area geometry hypotenuse Hypothesis inscribed inscribed angle intersect isosceles trapezoid isosceles triangle Locate locus of points mean proportional measure median meeting AC mid-point opposite sides parallelogram perimeter perpendicular perpendicular-bisector Plan plane Proof Prove pupil quadrilateral radii radius ratio rectangle regular hexagon regular polygon rhombus right angle right triangle secant similar triangles square STATEMENTS REASONS straight line Suggestion tangent theorem vertex angle vertices XYZW ZAOB