Appetizers and Lessons for Mathematics and Reason  ( Français)  
www.whyslopes.com            Back ] Next ]
 Logic mastery is key to easing or avoiding learning difficulties in work & studies. 

Online Volumes (Book Orders)
1,  Elements of Reason. 1996
1A. Pattern Based Reason  1995
1B. Math Curriculum Notes 1996
2. Three Skills for Algebra  1995
3.
Why Slopes & More Math 1995

Site  Folders for Instructors & Adults
A. Public Policy Essays
B.  Mathematics  Education Essays  2006-7
C -Logic & Applied Math Program  
    for education,  June 22, 2008 
D. Quebec English Math Ed -  Standards to
 avoid  in course design & teacher education 
E. Help your child or teen
How TOs/ Ref.-08- 2008
1. Arithmetic Reference
2. Algebra 
3. More Algebra 
4. Geometry  
5. More Geometry
6. Calculus
7. Logics in Maths
Instructional Concepts   Back ] Next ]


LAMP Instructional Concepts

The modern mathematics curricula of the period mid-1950s to 1980s determined what would be taught and how, at least to the advent of the constructivist approach and dogma for instruction in mathematics and science. 

LAMP like the modern mathematics curricula of the 1950s provides a very structured view of mathematics.  In that view, mathematics is an art or discipline in which the steps or reasons for results or conclusions are recorded and developed on paper in observable and verifiable manner using methods which have invented and passed-on or inherited as is or in transformed form. For example, Euclid Elements is an invention from 300 B.C. while decimal notation and decimal methods for arithmetic are inventions and refinements from the period 1500 to 1800 A. D.  So mathematics skills and concept have a long history with twist and turns that may have been forgotten.  Mathematics is mastered or has been mastered and required for cultural reasons. Those reasons are not all obvious.  Mathematics also consists of methods, or rules and patterns, for figuring, for geometrical reasoning and logic which are not obvious, which have been slowly found and consolidated over time through the work and writings of many individuals.  Before constructivism, the description and use of rules and patterns, one at a time, one after another, alone and in combination to understand more mathematics or  solve standard or routine problems on paper in an observable and correctable manner was part of mathematics and a measure of it mastery. 

Mathematics is based on communication, reason and problem solving.

  • Communication is represented by developing and recording thoughts on papers with the aid of words, equations and diagrams.
  • Reason is dependent on communication, and calls for the ability to show work or the steps followed in a method in legible and clear format.
  • Problem solving is represented first by the ability to solve routine problems via standard method, and then by the ability to combine rules and patterns in creative, opportunistic or speculative ways, and in doing so arrive at solution that is clearly described, with steps are easily followed and consistent with earlier rules and procedures for arriving at conclusions. 

There-in lies a rigorous and demanding structure for using and extending mathematics in an objective manner. In this process, individuals may have their private thoughts and in those thoughts entertain many possibilities. But the test and proof of comprehension lies in the ability to record and communicate steps and reasons in an observable and correctable manner. Here the writer may do correction after correction until the communication is ready for peer and/or teacher review. 

LAMP reflects the view that mastery of rules and patterns as indicated by their statement and application on demand, one a time, one after another, alone or in combination in an observable, on-paper, repeatable and reproducible manner is the essence of mathematics and mathematics education.  While instructors cannot read the mind of students, instructors can read  their work, and provide feedback.  While we can do some mathematics mentally, the use of paper to write equations and draw figures extends our memories and provides a place to represent and record our thoughts - wordy or visual. Like a picture, the use of paper to record and develop thoughts is worth a thousand words.  The intellectual part of mathematics with its complications is based on the ability to present and record on paper, our thoughts in a repeatable, reproducible and legible, logical format for review by ourselves and our peers.  Thus mathematics consists of observable and verifiable activities. 

 

LAMP (first draft, June 2008) a program for adult  and teen mathematics education

Mathematics education standards implied by calculus should be a factor, not the only one, yet not a forgotten nor hidden one in course design 

Area Intro
Introduction
Arithmetic
Geometry
Algebra
Logic
Calculus

Musings - More Ideas

More About LAMP
Evaluation
Maths Cultural Origins
First Nation Education
Modern Mathematics
Before LAMP
Problem Solving Skills Routine to Non
Instructional Concepts
Student Cooperation
Maths Extrinsic Origins
Science Education

For further musings or thoughts see site books.




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