Free Online Math Classes  Page 15

View Website Statistics and Probability fullcourse
Saleha Naghmi, Math — Virtual University of Pakistan
This course introduces various methods and procedures of collecting, organizing, summarizing, presenting, and analyzing data.

View Website Statistics for Applications fullcourse Spring 2009
Richard Dudley, Math — Massachusetts Institute of Technology (MIT)
This course presents a broad interpretation of statistics, with a focus on science and industry statistical techniques.

View Website Statistics for Civil & Environmental Engineers fullcourse
YoungOh Kim, Math — Seoul National University
In this course, students will use data analysis, probability models, and risk and reliability practices to formulate hypotheses and predictions for various scenarios/situations.

View Website Statistics II fullcourse
This course teaches students to use the statistical tools and techniques used by modern statisticians.

View Website Statistics, Correlation and Regression in Mathematics fullcourse
This is an upperlevel course that can be used as a review for math students preparing for examinations, which covers advance mathematical analysis concepts.

View Website Statistics: Making Sense of Data fullcourse
Alison Gibbs and Jeffrey Rosenthal, Math — University of Toronto
In this class from the University of Toronto, students will develop a thorough understanding of and skills in statistical analysis and data collection.

View Website Stats for Behavioral Sciences fullcourse
Elizabeth A. Bauer, Math — New York University (NYU)
Learn to understand and analyze data collected in psychology and other social sciences research studies.

View Website Test Prep: CAHSEE video
With these video tutorials, students will learn how to take the CAHSEE exam.

View Website Test Prep: California Standards Test: Algebra I video
Students can study problems worked through from the CA Standards released questions from Algebra I.

View Website Test Prep: California Standards Test: Algebra II video
These 80 questions are taken from the CA Standards test for Algebra II and will prepare students for the test.

View Website Test Prep: California Standards Test: Geometry video
In this course, students will review 80 problems released by the CA Standards test for Geometry.

View Website Test Prep: Competition Math video
This course provides a series of sample problems from random math competitions.

View Website Test Prep: GMAT: Data Sufficiency video
Students taking this course will be walked through a series of data sufficiency questions from a former GMAT exam.

View Website Test Prep: GMAT: Problem Solving video
These questions and solutions prepare students for the problem solving portion of the GMAT.

View Website Test Prep: IIT JEE video
Students can review these questions from previous IIT JEEs in this course.

View Website Test Prep: SAT Math video
Students will be provided with examples and problems to prepare them for the SAT Math test.

View Website The Art of Counting fullcourse Spring 2003
Richard Stanley, Math — Massachusetts Institute of Technology (MIT)
In this course students explore ways to research counting the number of elements of a finite set.

View Website The Calculus Lifesaver audio Fall 2008
Adrian Banner, Math — Princeton University
Explore Author Adrian Banner's book, The Calculus Lifesaver in this lecture series from Princeton.

View Website The Mathematics in Toys and Games fullcourse Spring 2010
Jing Li, Math — Massachusetts Institute of Technology (MIT)
In this course, students will explore mathematical strategies behind popular toys, games, and puzzles.

View Website Theory of Computation fullcourse Fall 2006
Michael Sipser, Math — Massachusetts Institute of Technology (MIT)
In this class, students will participate in advanced discussions about computability and complexity.

View Website Theory of Numbers fullcourse Spring 2012
Abhinav Kumar, Math — Massachusetts Institute of Technology (MIT)
Students in this course will learn elementary principles in number theory with no algebraic prerequisites.

View Website Theory of Probability fullcourse Fall 2008
Dmitry Panchenko, Math — Massachusetts Institute of Technology (MIT)
In this course students will explore the laws of large numbers and central limit theorems for sums of independent random variables.

View Website Topics in Algebraic Combinatorics fullcourse Spring 2006
Richard Stanley, Math — Massachusetts Institute of Technology (MIT)
This class is a survey of major topics in algebraic combinatorics.

View Website Topics in Algebraic Geometry: Algebraic Surfaces fullcourse Spring 2008
Abhinav Kumar, Math — Massachusetts Institute of Technology (MIT)
This course in algebraic geometry focuses on algebraic surfaces, the classification of surfaces, and various applications.

View Website Topics in Algebraic Geometry: Intersection Theory on Moduli Spaces fullcourse Spring 2006
Izzet Coskun, Math — Massachusetts Institute of Technology (MIT)
This course covers varying subject in algebraic geometry each semester, with this section covering intersection theory on moduli spaces.

View Website Topics in Algebraic Number Theory fullcourse Spring 2010
Abhinav Kumar, Math — Massachusetts Institute of Technology (MIT)
This course covers various introductory topics in algebraic number theory.

View Website Topics in Algebraic Topology: The Sullivan Conjecture fullcourse Fall 2007
Jacob Lurie, Math — Massachusetts Institute of Technology (MIT)
Taught by Jacob Lurie, this course on algebraic topology focuses on Sullivan's conjecture.

View Website Topics in Applied Mathematics fullcourse
This course gives a general overview of the techniques and practices of applied mathematics.

View Website Topics in Combinatorial Optimization fullcourse Spring 2004
Michel Goemans, Math — Massachusetts Institute of Technology (MIT)
In this class geared toward doctoral students, advanced theories in combinatorial optimization are discussed.

View Website Topics in Geometry: Dirac Geometry fullcourse Fall 2006
Marco Gualtieri, Math — Massachusetts Institute of Technology (MIT)
This class covering selected topics in generalized geometry focuses on Dirac geometry and generalized complex geometry.