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Science and Mathematics Education Commons

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Full-Text Articles in Science and Mathematics Education

Motivating A Fifth And Sixth Grade Classroom Interest By Teaching Science Units At The Center Of The Curriculum, Theodore R. Reich Aug 1962

Motivating A Fifth And Sixth Grade Classroom Interest By Teaching Science Units At The Center Of The Curriculum, Theodore R. Reich

All Master's Theses

The problem was to set up a classroom situation in which fifth and sixth grade students were able to use the study of magnetism, electricity, and electronics in such a way that interest and motivation toward regular curricular studies could be stimulated. The following devices were chosen to evaluate the experiment: (1) interest and motivational questionnaires, (2) a science completion test, (3) The Iowa Basic Skills Test, and (4) the behavior journal.


A Comparison Of Second And Fourth Grade Children’S Multiplicative Abilities, Bernard Eugene Dillon Aug 1962

A Comparison Of Second And Fourth Grade Children’S Multiplicative Abilities, Bernard Eugene Dillon

All Master's Theses

It was the purpose of this study to (1) compare the multiplicative abilities of fourth graders using the textbook form of learning to that of second graders using the textbook form of learning supplemented by the Cuisenaire Rods; (2) determine which area of multiplication might be stressed in the coming years to give the district a better primary arithmetic program; and (3) determine if the rods were as helpful to the slow learners as they were to the fast learners.


A Comparative Study Of Two Methods Of Teaching Arithmetic, Evalyn Bamborough Pflueger Aug 1962

A Comparative Study Of Two Methods Of Teaching Arithmetic, Evalyn Bamborough Pflueger

All Master's Theses

It was the purpose of this study to (1) compare the achievement gained by youngsters being taught by two different methods of arithmetic; (2) find, for the benefit of the district, whether the children receive a better concept of numbers and processes through the Scott, Foresman method; and (3) determine whether the Scott, Foresman method makes the teaching of problem solving more efficient.