"How can the children learn," parents ask, "when they are having so much fun? How can they learn when all they do is play?" Examines the work of educational theorists in answering such questions. (Author/RK)

A method was designed to provide history students an opportunity to make interpretations and form hypotheses about historical events and eras. The teacher created representative "facts" and questions about a topic and let students use them to make their own hypotheses. A sample unit on European history, 1300-1450, is included. (KC)

A project involving third-year college geography students in determining the most accurate method of predicting mean flow velocity in a stream, using three different methods of estimating Manning's roughness coefficient, is described and evaluated. (Author/RM)

Discusses the use of novels in studying social history. Proposes that the contents of novels be accepted not as a set of answers about a society, but as a set of questions, plausible hypotheses as to how the historian might organize his evidence. (Author/JK)

Describes a technique which minimizes the disruptive tendencies and maximizes the learning abilities of the problem child in the classroom environment. (Author/RK)

Defines the relationship between theory and practice with specific reference to the inquiry process. Presents a five phase explanation of the inquiry process and provides a practical illustration of each phase. (Author/DB)

Describes an activity appropriate for college or high school students where they make hypotheses about prearranged patterns in a deck of playing cards. (PR)

Describes an instructional strategy to help students understand behavior variations and the factors related to that variation. Maintains that the technique helps students understand the difference between a statement of association and a hypothesis. Includes a recommended diagram to help implement the strategy. (CFR)

Three questions dealing with hypothesis testing are presented. Activities that can be best worked with calculators as tools are detailed and suggestions for extensions of these problems are given. (MP)

Combines two strands: one being an exposition of the variety of explanations which are given for the phenomenon of floating; the other being the pedagogical implications which arise from the use of alternative models in science. Attention is drawn to the ethical questions that may arise when primary science seems to conflict with accepted…

Clarifies the idea of prediction in science teaching by distinguishing between the two extremes of guessing and making logical deductions. Discusses the use of predictions in testing teachers' and students' explanations. (MDH)

Presents a laboratory activity for use during the first or second week of school that engages students in the basic principles of the scientific method. (PR)

This book provides information on what works in education, how teachers can find what works, how educational research can find its way into classrooms, and how teachers can apply it to help individual students. Data come from a meta-analysis of research studies on instructional strategies that could be used by K-12 teachers. Nine research-based…

The purpose of this notebook is to assist educators who are designing and implementing inservice education programs to facilitate the effective use of computer integrated instruction (CII) in schools. It is divided into the following five sections: (1) Effective Inservice (a brief summary of inservice literature focused on inservice dimensions and…

This report provides K-12 educators with instructional strategies that research shows have the greatest likelihood of positively affecting student learning. The 12 chapters include: (1) "Introduction"; (2) "Identifying Similarities and Differences (comparing, classifying, creating metaphors, and creating analogies); (3)…