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Direct linkBecker, Paul; Medwid, Mark – PRIMUS, 2021
Almost all finite groups encountered by undergraduates can be represented as multiplicative groups of concise block-diagonal binary matrices. Such representations provide simple examples for beginning a group theory course. More importantly, these representations provide concrete models for "abstract" concepts. We describe Maple lab…
Descriptors: College Mathematics, Mathematics Instruction, Undergraduate Students, Assignments
Hoon, Teoh Sian; Chong, Toh Seong; Binti Ngah, Nor Azilah – Educational Technology & Society, 2010
The main aim of this study is to integrate cooperative learning strategies, mastery learning and interactive multimedia to improve students' performance in Mathematics, specifically in the topic of matrices. It involved a quasi-experimental design with gain scores and time-on-task as dependent variables. The independent variables were three…
Descriptors: Educational Strategies, Mastery Learning, Cooperative Learning, Academic Ability
Keith, Michael; Harvey, Brian – Computing Teacher, 1989
Discussion of the use of computers in math instruction highlights two possibilities suggested in response to an earlier journal column: (1) a program written in BASIC for producing spirolaterals, and (2) the use of LOGO list processing to solve matrix problems for exploring geometric transformations. (LRW)
Descriptors: Computer Assisted Instruction, Geometric Concepts, Mathematics Instruction, Matrices
Peer reviewedGivan, Betty; Karr, Rosemary – Mathematics and Computer Education, 1988
The author presents two examples of lattice multiplication followed by a computer algorithm to perform this multiplication. The algorithm is given in psuedocode but could easily be given in Pascal. (PK)
Descriptors: Algorithms, College Mathematics, Computer Assisted Instruction, Computer Software
Peer reviewedRozema, Edward – College Mathematics Journal, 1988
The article discusses the use of computers to teacher college level mathematics. In particular, the Gaussian elimination procedure for solving a system of n linear equations in n unknowns, using a computer, is examined. (PK)
Descriptors: Algebra, Algorithms, College Mathematics, Computer Assisted Instruction
Peer reviewedLough, Tom; Tipps, Steve – Journal of Computers in Mathematics and Science Teaching, 1987
Described are procedures for multiplying matrices using Logo. Examples of computer programming are included. (RH)
Descriptors: College Mathematics, Computer Assisted Instruction, Computer Uses in Education, Higher Education
Peer reviewedBeezer, Robert A.; And Others – College Mathematics Journal, 1988
Reviews for three software packages are given. Those packages are: Linear Algebra Computer Companion; Probability and Statistics Demonstrations and Tutorials; and Math Utilities: CURVES, SURFS, AND DIFFS. (PK)
Descriptors: Algebra, College Mathematics, Computer Assisted Instruction, Computer Graphics
Nevile, Liddy, Ed. – 1992
Logo programming language was conceived 25 years ago, but in the 10 years since it has made its way out of the laboratory, research has not clarified the role of Logo in education. A conference on Logo and mathematics focused on mathematical and educational issues, rather than on technical issues related to changes in hardware and Logo software.…
Descriptors: Computer Assisted Instruction, Computer Uses in Education, Conference Proceedings, Cooperative Learning
Peer reviewedLough, Tom; Tipps, Steve – Journal of Computers in Mathematics and Science Teaching, 1987
Discusses several ways in which the Logo programming language can be used to experiment with and learn about matrices. Describes procedures for developing a Logo tool to establish a matrix representation, as well as others for adding, subtracting, and transposing. (TW)
Descriptors: College Mathematics, Computer Assisted Instruction, Computer Uses in Education, Courseware
Download full textTownsley Kulich, Lisa; Victor, Barbara – 1992
This document presents the course content for a workshop that integrates the use of the computer algebra system Derive with topics in matrix and linear algebra. The first section is a guide to using Derive that provides information on how to write algebraic expressions, make graphs, save files, edit, define functions, differentiate expressions,…
Descriptors: Algebra, Computer Assisted Instruction, Computer Uses in Education, Course Content
