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Stanford Univ., CA. School Mathematics Study Group. – 1971
The teacher's guide for the second unit of this SMSG series covers the two chapters in Unit 2 of the student text on algorithms and flow charts and on problem formulation. The overall purpose for each of the chapters is described, the prerequisite knowledge needed by students is specified, the mathematical development of each chapter is detailed,…
Descriptors: Algorithms, Curriculum, Flow Charts, Instruction
Stanford Univ., CA. School Mathematics Study Group. – 1971
This is the second unit in a series of 14 SMSG texts designed to cover mathematical concepts which the general population should know. One chapter of the unit discusses algorithms, flow charts, and computers; the second chapter tackles problem formulation procedures (not actual problem solving) and briefly covers mathematical models. For a special…
Descriptors: Algorithms, Curriculum, Flow Charts, Instruction
Razzell, Arthur – Times Educational Supplement (London), 1976
Describes the early years of one purpose-built middle school. (Editor)
Descriptors: Curriculum, Educational Development, Educational Environment, Educational Practices

Watson, F. R. – Mathematics in School, 1975
The teaching of non-numerical flow charting to all pupils is advocated as a means of preparing students for decision making. Several sample problems are provided. (SD)
Descriptors: Algorithms, Curriculum, Flow Charts, Instruction
Bell, Max S.; And Others – 1969
This volume contains preliminary versions of five of the chapters prepared by the SMSG curriculum project for use in grades 7 and 8. The first four chapters and the tenth chapter in the sequence are presented. The sample chapters in this volume illustrate a number of aspects of the curriculum project: (1) association of ideas of number and space…
Descriptors: Curriculum, Flow Charts, Geometry, Instruction

Edens, A. J. – Mathematics in School, 1975
An approach to teaching children aged 12 through 14 a substantial course about computers is described. Topics covered include simple algorithms, information and communication, man-machine communication, the concept of a system, the definition of a system, and the use of files. (SD)
Descriptors: Algorithms, Communications, Computer Oriented Programs, Computer Science Education

Kurucsev, T. – Journal of Chemical Education, 1972
Illustrates the use of a flow chart to facilitate planning of laboratory exercises by two chemical examples. (AL)
Descriptors: Chemistry, College Science, Curriculum, Flow Charts

Jones, J. A. – Two-Year College Mathematics Journal, 1971
The philosophy and contents of a single one-year course preparatory to college algebra and trigonometry are presented. (MM)
Descriptors: Advisory Committees, Algebra, College Mathematics, Curriculum
Curtis, Timothy P. – Mathematics Teaching, 1975
Upper-level secondary students investigated square and triangular numbers and Pythagorean triples using computers. (SD)
Descriptors: Algorithms, Computer Oriented Programs, Computers, Curriculum

Smart, N. M. – Mathematics in School, 1975
Described are the text materials "The Computer - Yours Obediently," developed for a course in computer appreciation. (SD)
Descriptors: Computer Science Education, Computers, Curriculum, Flow Charts

Ford, Janet E.; McLeod, Douglas B. – Two-Year College Mathematics Journal, 1977
In this study, a unit on flow charts was developed and its effectiveness in helping teachers explain some algorithms from arithmetic was determined. Findings showed that constructing flow charts helped students give a more complete list of instructions for an algorithm, but didn't help them give better justifications for algorithms. (DT)
Descriptors: Algorithms, Curriculum, Elementary School Mathematics, Flow Charts
Berryman, J. P. – Mathematics Teaching, 1971
Descriptors: Algorithms, Computer Science, Computer Science Education, Computers
Snover, Stephen L.; Spikell, Mark A. – 1979
The message of this article is that there are many types of problems ordinarily requiring advanced techniques or special insight to solve which can now be done as simple programming exercises on inexpensive programmable calculators. Several examples appropriate for the secondary school curriculum are given. These are: (1) evaluating polynomials;…
Descriptors: Algebra, Calculators, Computation, Curriculum
Coyle, David A.; And Others – 1975
One of five supplements which accompany chapter three of "Mountain-Plains Handbook: The Design and Operation of a Residential, Family Oriented Career Education Model" (CE 014 630), this document contains specific infomration concerning the curriculum component of the research services division. The curriculum products are listed by…
Descriptors: Career Education, Curriculum, Curriculum Design, Curriculum Development
Arter, Judith A.; Estes, Gary D. – 1985
This handbook is intended for persons who might develop or use an item bank to support their testing program. An item bank is defined as a "large collection of distinguishable test items," with "large" explained as meaning that the number of items available is greater than the number to be used in any one test. The first section of the handbook…
Descriptors: Adaptive Testing, Computer Assisted Testing, Computer Software, Curriculum