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Peer reviewedDunkels, Andrejs – Mathematics in School, 1991
Number sequences are useful complements to traditional drill and practice. Described is an activity in which the basic rule, add the tens digit to five times the ones digit, is used to generate a sequence of numbers. The dialogue between teacher and student discussing characteristics of emerging patterns is given. (MDH)
Descriptors: Discovery Learning, Elementary Education, Enrichment Activities, Mathematical Enrichment
Peer reviewedKritt, David – Middle School Journal, 1993
The essential idea of alternative assessment modes is for students to create some product and reflect on it. The authenticity of tasks means using regular classroom instruction as an opportunity for student assessment. Reflective self-evaluation should be an integral part of every classroom assignment, not an obligatory afterthought. Developing…
Descriptors: Alternative Assessment, Discovery Learning, Intermediate Grades, Middle Schools
Brostoff, Anita – 1983
Secondary school and college students can learn how to shape thought through shaping language by using tagmemic heuristics. To approach writing as a thinking process, students apply three heuristics: one for identifying and stating problems, one for exploring problems, and one for evaluating hypotheses or solutions. Guided by a series of…
Descriptors: Cognitive Processes, Critical Thinking, Discovery Learning, Higher Education
Gengler, Charles R., Ed. – Oregon ASCD Curriculum Bulletin, 1974
This issue of the curriculum bulletin deals with the use of maps and globes. Eight topics are discussed in this publication: How Maps and Globes Are Used in Problem Solving, Inquiry, and Discovery Learning; Developing Skills Using Globes; Making Flat Maps; Guiding Concept Development of Map Symbolism; Guiding Development of Distance Concepts…
Descriptors: Discovery Learning, Elementary School Students, Geographic Concepts, Maps
Elstgeest, Jos – Prospects: Quarterly Review of Education, 1978
Maintains that traditional science education presents students with scientific facts to be memorized and then regurgitated on tests. In problem-posing science education the emphasis lies on understanding rather than on memorization; on attitudes and skills rather than on retained knowledge. Three sample lessons are given. (Author/BC)
Descriptors: Critical Thinking, Curriculum Development, Discovery Learning, Educational Innovation
Tribus, Myron – Engineering Education, 1977
Proposes new approaches to engineering education. Adaptability is central to the idea of developing flexible adults able to cope with a changing world. Stresses the need to educate students for a continuous, life-long education. This is seen as the role of the university. (MA)
Descriptors: Cooperative Education, Discovery Learning, Engineering Education, Engineering Technology
Stevens, Joyce; Orton, Peter – Outlook, 1975
Students from suburban Boston schools were participants in a survival trip program. Accompanied by adults, the students were taken blindfolded to areas across town. Their goal was to find their way back to the school. To do this, students had to make full use of their environmental resources. (MA)
Descriptors: Decision Making Skills, Discovery Learning, Educational Experience, Elementary Education
Peer reviewedDwyer, Robert L. – Social Education, 1971
Outlines the advantages of such programs for non-rural youth, one being increased awareness of ecology in their home environment. (DB)
Descriptors: Biological Sciences, Discovery Learning, Educational Objectives, Environmental Education
Peer reviewedSlesnick, Twila – Simulation and Games, 1983
Describes a computer curriculum for 7- to 12-year-old children which is designed to integrate the computer into multiple subject areas and stimulate the development and sharpening of critical-thinking skills. The course is divided into eight conceptual units, each containing educational computer games or simulations and some related off-line…
Descriptors: Computer Assisted Instruction, Computer Literacy, Critical Thinking, Discovery Learning
Piele, Donald T. – Creative Computing, 1981
A series of lessons designed to promote problem-solving skills by encouraging students to write programs is presented. All samples of solutions are written in BASIC. (MP)
Descriptors: Computer Programs, Computer Science Education, Discovery Learning, Instructional Materials
Peer reviewedDavidman, Leonard – Journal of Teacher Education, 1981
Preservice teacher education candidates need to learn a more flexible approach in teaching behavioral objectives. Modified behavioral objectives can be achieved through a creative teaching sequence. The creative teaching sequence, a set of lessons which promotes the development of students' problem solving abilities, attempts to unify the concepts…
Descriptors: Behavioral Objectives, Creative Teaching, Curriculum Development, Discovery Learning
Hartz, Viggo – Mathematics Teaching, 1981
Allowing students to use a polystyrene cutter to fashion their own three-dimensional models is suggested as a means of allowing individuals to experience problems and develop ideas related to solid geometry. A list of ideas that can lead to mathematical discovery is provided. (MP)
Descriptors: Discovery Learning, Elementary Secondary Education, Experiential Learning, Geometric Concepts
Peer reviewedMason, John – For the Learning of Mathematics, 1980
The roles and uses of symbols in mathematical thinking are discussed. The thinking process is further subdivided into specialization, generalization, and reasoning. (MP)
Descriptors: Cognitive Processes, Discovery Learning, Inservice Teacher Education, Learning Theories
Peer reviewedHouse, Peggy A. – Arithmetic Teacher, 1980
A unique problem solving activity involving student lockers in a junior high school is presented. The activity embodies numerous mathematical concepts and has successfully motivated pupils to explore related mathematical ideas. (MP)
Descriptors: Discovery Learning, Experiential Learning, Junior High School Students, Mathematical Concepts
Hedger, Keith – Mathematics Teaching, 1980
A lesson for secondary mathematics pupils on prime numbers designed to capture student interest is presented. The emphasis is on developing lessons that act as motivating forces in the classroom. (MP)
Descriptors: Discovery Learning, Mathematical Concepts, Mathematical Enrichment, Mathematics Instruction


