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Gough, John – Australian Mathematics Teacher, 2017
Australia has used SI metric units for measurement for decades now, although the conversion of measurements from the earlier Imperial units--known as metrication--commenced subsequently in 1971, and was not completed until 1988. All Primary and Secondary schools were using only metric units in school lessons by 1973, and it became illegal to teach…
Descriptors: Foreign Countries, Elementary Secondary Education, Measurement Techniques, Metric System
Atkin, Keith – Physics Education, 2015
The current use of two sets of units in the UK continues to be a source of muddle and confusion. Young people are taught metric (SI) units in school but, in the outside world, still have to contend with units such as inches, feet, pounds, stones and miles. Specialist teachers and practitioners of the sciences are not blameless. This paper…
Descriptors: Physics, Science Instruction, Metric System, Educational Change
Cheeseman, Jill; McDonough, Andrea; Ferguson, Sarah – Mathematics Education Research Journal, 2014
This paper reports results of a design experiment regarding young children's concepts of mass measurement. The research built on an earlier study in which a framework of "growth points" in early mathematics learning and a related, task-based, one-to-one interview to assess children's understanding of the measurement of mass…
Descriptors: Young Children, Investigations, Mathematical Concepts, Learning Experience
Anticole, Matthew – Science Scope, 2012
Many science problems require students to convert units. While this skill may not get the attention that more central science concepts do, teachers in the middle school and early high school grades will be doing their students a great service by leaving them with a strong understanding of both the skill itself and the reasons behind it. When the…
Descriptors: Metric System, Mathematical Models, Measurement Techniques, Classroom Techniques
Magdas, Ioana – Acta Didactica Napocensia, 2009
Today's society is characterized by a plurality of cultures in such a way that a person will often interact and interrelate with new cultures. The situation becomes even more complicated when one has to adapt to a new culture for a short period of time (travel or study visit) or a long period of time (new work place, emigration etc.). Any…
Descriptors: Intercultural Programs, Multicultural Education, Learning Activities, Measurement Techniques
Kaltsounis, Bob – Tennessee Education, 1977
Eight recommendations on how to teach the metric system to both elementary and secondary students are presented in this article: let the students measure; use the word "about"; have students "guesstimate"; make comparisons; don't teach conversions; stress place value concepts; teach measurement as a three-step process; and "relax". (JC)
Descriptors: Concept Formation, Elementary Secondary Education, Mathematical Concepts, Mathematics
Irving, Michael – Elements of Technology, 1975
The conclusion of the two-part feature on the S1 metric (International System of Units) reviews the basics and some of the rules technical teachers need to know in order to prepare their students for the changing world. (Author)
Descriptors: Industrial Arts, Instrumentation, Mathematical Vocabulary, Measurement Techniques
Irving, Michael – Elements of Technology, 1974
Part one of two-part presentation, the article illustrates how the technical teacher's contribution to metric education can make the conversion smoother and less painful, both within the school and within the community. (MW)
Descriptors: Educational Change, Industrial Arts, Instrumentation, Machine Tools
Angel, Margo; Bolton, Chris – 1996
This document is intended to help Australian technical and further education instructors in New South Wales (TAFE NSW) identify teaching principles and learning activities that they can use to help adult learners master the mathematics processes, knowledge, and skills needed to perform basic measurement tasks in today's workplace. The materials…
Descriptors: Adult Basic Education, Classroom Techniques, Estimation (Mathematics), Foreign Countries
Sommers, Robert D., II, Comp.; Waidelich, William D., Comp. – 1993
This document, which is intended for Ohio agriculture teachers, contains lesson plans for an eight-unit competency-based course in agriscience. Each lesson plan contains some or all of the following items: (1) unit title; (2) competency/terminal performance objective; (3) competency builders/pupil performance objectives; (4) list of applied…
Descriptors: Academic Education, Agribusiness, Agricultural Education, Agricultural Engineering