Geometry for College Admission Tests

Learn how to ace Geometry problems in the SAT, GRE, ASVAB, GMAT and other College Admission tests.


What you'll learn
Solve all Geometry problems (easy to hard) on the College Admission Tests
How to indentify immediately what to do in any given Geometry problem on College Admission Tests.
Solve easy to hard Geometry Fundamentals problems (points, lines, angles, etc.)
Solve easy to hard Triangles problems (congruency, similarity, pythagorean theorem, triangle inequality, area, perimeter, etc.
Solve easy to hard Polygons problems (cuadrilaterals, pentagon, hexagons, etc.)
Solve easy to hard Solids problems (prisms, pyramids, cylinders, etc.)
Solve easy to hard Analytical Geometry Fundamentals (lines, circles, slope of a line, etc.)

Requirements
Good understanding of Arithmetic and Algebra (High School Algebra).
Desire to learn.
Must be willing to do LOT of practice problems and exercises.

Description
This course is a complete course of Geometry in both High School and College level syllabus with an emphasis and focus on College Admission Tests like the GRE, SAT, ACT, GMAT, ASVAB, etc. Therefore, this course have a dual purpose of teaching all the Geometry on High School and College level and help students with Geometry on this College Admission Tests.
This course is composed of 9 sections (7 of the sections are core sections) with 38 lectures and almost 22 hours of video. There is also lots of downloadable resources but here and externally. The resources with have are textbooks, practice exercises, workbooks and other stuff in pdf format for easy reading and printing.
The following are the lectures of the course
Lecture 1: Course Overview
Lecture 2: Points, Lines and Planes
Lecture 3: Angles
Lecture 4: Parallel Lines, Perpendicular Lines and Intersecting Lines
Lecture 5: Section 2 Exercises from SAT, GRE, GMAT, etc.
Lecture 6: Triangles Definition and Classification
Lecture 7: Congruent Triangles
Lecture 8: Similar Triangles
Lecture 9: Triangle Inequality
Lecture 10: Pythagorean Theorem
Lecture 11: Area and Perimeter of Triangles
Lecture 12: Section 3 Exercises from SAT, GRE, GMAT, etc.
Lecture 13: Parallelograms
Lecture 14: Rectangles
Lecture 15: Squares
Lecture 16: Trapezoids
Lecture 17: Rhombuses
Lecture 18: Section 4 Exercises from SAT, GRE, GMAT, etc.
Lecture 19: Regular Polygons and Pentagon, Hexagon, Octagon, etc
Lecture 20: Area and Perimeter of Composite Figures and Shaded Regions
Lecture 21: Section 5 Exercises from SAT, GRE, GMAT, etc.
Lecture 22: Circle Properties and Definitions
Lecture 23: Inscribed and Circumscribed Figures
Lecture 24: Area and Perimeter of Circles
Lecture 25: Section 6 Exercises from SAT, GRE, GMAT, etc.
Lecture 26: Prisms
Lecture 27: Pyramids
Lecture 28: Cylinders and Cones
Lecture 29: Other Solids
Lecture 30: Spheres
Lecture 31: Section 7 Exercises from SAT, GRE, GMAT, etc.
Lecture 32: The Cartesian Plane Properties
Lecture 33: Slope of a Line
Lecture 34: Equations of a Line
Lecture 35: Circles in the Cartesian Plane
Lecture 36: Section 8 Exercises from SAT, GRE, GMAT, etc.
Lecture 37: Course Review
Lecture 38: My Other Courses and Good Bye
Who this course is for:
Future SAT taker.
Future GRE taker.
Future ASVAB taker.
Future GMAT taker.
Anybody who is struggling with Geometry concepts.
College Students struggling with Geometry.
Parents and guardians of high school students struggling with Geometry.

More Info