Given that each child learns differently, it makes sense that one type of science instruction does not fit all. Best-selling author Douglas Llewellyn gives teachers standards-based strategies for differentiating inquiry-based science instruction to more effectively meet the needs of all students. This book takes the concept of inquiry-based…

Advocates the use of cartoons in science textbooks as a means of presenting scientific concepts in a humorous manner and motivating students. Five cartoons from the Project Physics textbook are presented with descriptive comments. (JR)

Describes several general high school chemistry activities including: (1) making Christmas glassware, (2) some energy-related activities, (3) some learning activity modules developed by the Unigraph Corporation, and (4) some consumer chemistry activities. (CS)

Suggests an activity designed to stimulate student interest in optical illusions. By preparing posters of a number of optical illusions and mounting them on the classroom wall, many students will be motivated to seek an explanation for these phenomena. (JR)

Brief comments on the topic of safety in the classroom and field, a technique for demonstrating the three-dimensional nature of a magnetic field, and a method for stimulating student interest in science films. (JR)

Describes a classroom activity designed to interest and motivate students in science. By comparing scientific experimentation to the processes employed in planning, playing, and analyzing the results of a football match, students become more aware of the similarity between activities in their lives and in science. (JR)

This paper presents four philosophies of science teaching for teachers to use that encourage optimal learner achievement. Information is provided on an experimentalist or problem solving approach, an idealistic or subject-centered science curricula, a decision-making approach, and criterion-referenced procedures for learning. Two psychologies of…

The Partnerships for Progress Bridge Program (a joint venture initiated by the University of Missouri St. Louis, local school systems, and private businesses) is described in this report. It is a key segment of the university's vision for the 21st century. The pilot program, implemented during the 1986-87 school year, concentrated on delivering a…

Student motivation for and proficiency in science and mathematics begin in the early grades. Level-appropriate resources and professional outreach activities are as beneficial for teachers and students at elementary levels as for higher levels. Engineering applications can be effective vehicles for giving students hands-on exposure to technical…