'Equidistant' diaporamas de présentation

Interactive Ray Tracing of Point-based Models

670 views • 57 slides

Map Projections

Map Projections. Geographic coordinates can be translated into planar coordinates using formulae taking the general form: x = f ( f,l) y = g ( f,l) For example, the formulae for the Mercator projection are: x = l y = ln tan ( f/2 + p/4)

552 views • 33 slides

Chapter 3 Review

Chapter 3 Review. JRLeon Discovering Geometry Chapter 3 Test Review HGSH. Straight edge and compass.

164 views • 16 slides

Advanced Geometry Unit 4 Lines in a Plane

PRIZE SHOW. Advanced Geometry Unit 4 Lines in a Plane. 1. 2. 3. 4. 5. 6. 9. 7. 8. 12. 10. 11. 1. Always, Sometimes or Never?. Sometimes. Sometimes. Always. BACK. 2. Always, Sometimes or Never?. Always. Sometimes. BACK. 3. Always, Sometimes or Never?. Never. Always.

204 views • 14 slides

Bell Ringer

Bell Ringer. Angle Bisector and Perpendicular Bisector. Distance From A Point to A Line . The distance from a point to a line is measured by the length of the perpendicular segment from a point to the line. :. Equidistant.

287 views • 13 slides

5.1

5.1. Perpendicular and Angle Bisectors. Definitions. Distance from a point to a line: Length of the perpendicular segment from a point to a line. Equidistant: A point that is the same distance from two segments (rays or lines). . Angle Bisector Theorem. B.

235 views • 9 slides

Loci

450 views • 7 slides