Showing posts with label point. Show all posts
Showing posts with label point. Show all posts

Friday, March 15, 2019

Geometry Problem 1425: Two Squares, Collinear Points, Concurrent Lines

Geometry Problem. Post your solution in the comment box below.
Level: Mathematics Education, High School, Honors Geometry, College.

Details: Click on the figure below.

Geometry Problem 1425: Two Squares, Collinear Points, Concurrent Lines, Tutoring.

Sunday, November 4, 2018

Geometry Problem 1397: Circle, Diameter, Tangent, Secant, 90 Degrees Angle, Perpendicular, Collinear Points

Geometry Problem. Post your solution in the comment box below.
Level: Mathematics Education, High School, Honors Geometry, College.

Details: Click on the figure below.

Geometry Problem 1397: Circle, Diameter, Tangent, Secant, 90 Degrees Angle, Perpendicular, Collinear Points, Tutoring.

Monday, November 27, 2017

Typography of Gergonne Point Theorem: Triangle, Circle, Concurrency

Computer, Tablet, iPad Apps, Software.

Details: Click the figure below.

Typography of Gergonne Point Theorem: Triangle, Circle, Concurrency. iPad Apps

Wednesday, July 23, 2014

Geometry Apollonius Problem 1032: LPP, Circle Tangent to One Line and passing through Two Points

Geometry Problem. Post your solution in the comments box below.
Level: Mathematics Education, High School, Honors Geometry, College.

Click the figure below to see the complete problem 1032.

Online Math: Geometry Apollonius Problem 1032: LPP, Circle Tangent to One Line and passing through Two Points

Thursday, October 4, 2012

iPad Apps: Wordflex Touch. Point, Semantic/Syntactic Tree and Geometry

Created using Wordflex Touch Dictionary for iPad in association with Oxford University Press.

Click the figure below to see the illustration.

iPad Apps: Meanings and syntactic of 'GEOMETRY'.

Sunday, December 11, 2011

Concyclic Points, Theorems and Problems

Geometry Problem
Level: Mathematics Education, High School, Honors Geometry, College.

Click the figure below to see the index.

Concyclic Points, Theorems and Problems.

Wednesday, July 6, 2011

Problem 631: Triangle, Exterior Angle Bisectors, Collinear Points

Geometry Problem
Level: Mathematics Education, High School, Honors Geometry, College.

Click the figure below to see the complete problem 631.

Online Geometry Problem 631: Triangle, Exterior Angle Bisectors, Collinear Points.

Wednesday, June 1, 2011

Problem 611: Altitude of a Triangle, Perpendicular, Collinear Points, Parallel

Geometry Problem
Click the figure below to see the complete problem 611.

Problem 611: Altitude of a Triangle, Perpendicular, Collinear Points, Parallel

Monday, February 28, 2011

Wednesday, December 9, 2009

Points, Theorems and Problems

Index

Click the figure below to view the index about Points, theorems and problems.

 Points, Theorems and Problems.
See more:
Points, Theorems and Problems

Point in Math, Science, Technology, Interactive Mind Map

Point in Math, Science, Technology, Places, Sports, and Others, Interactive Mind Map.

Graphic organizers are visual representations of knowledge, concepts or ideas.
Click the figure below to see the Interactive Mind Map.

Point Interactive Mind Map.
See also:
Point, Interactive Mind Map

Saturday, July 18, 2009

Problem 324: Quadrilateral, Perpendicular diagonals, Concurrence

Proposed Problem
Click the figure below to see the complete problem 324.

 Geometry Problem 324: Quadrilateral with perpendicular diagonals, Concurrence.
See more:
Complete Problem 324
Level: High School, SAT Prep, College geometry

Tuesday, February 24, 2009

Problem 256: Equilateral Triangle, Circumcircle, Point, Vertices, Distances

Proposed Problem
Problem 256. Equilateral Triangle, Circumcircle, Point, Vertices, Distances.

See complete Problem 256 at:
gogeometry.com/problem/p256_equilateral_triangle_circumcircle_distance_vertex.htm

Level: High School, SAT Prep, College geometry

Post your solutions or ideas in the comments.

Friday, August 1, 2008

Ceva's Theorem Proof

Proposition
Let ABC be a triangle and lines (or cevians) AD, BE, and CF joining vertices with opposite sides intersect at a single point P. Prove that: (AF.BD.CE)/(FB.DC.EA)=1. The converse is also true.



See complete interactive proof with animation and key concepts
Level: High School, SAT Prep, College geometry

Post your solutions or ideas in the comments.