Presents a unit on the periodic table that focuses on the concept of patterns and is designed to reach students with different learning styles. Describes seven laboratory stations, each focusing on a different learning style including bodily-kinesthetic, logical-mathematical, linguistic-verbal, visual-spatial, musical, intrapersonal, and…

Explains how to use multiple intelligences in science instruction in inquiry classrooms. Describes using touch and movement, music and rhythm, visualization, interpersonal intelligence, and multiple approaches in science teaching. (YDS)

Suggests that further exploration into alternative ways of presenting content and achieving required learning sets is needed. Points out that current research in human cognition and multiple intelligences can set the stage for enhanced learning opportunities for students. (DDR)

Explains how learning occurs in the brain, specifically in the limbic system. Compares traditional teaching methods and diverse learning modes. Describes the characteristics of diverse instructional approaches. First published in 1994. (YDS)

Chemistry is a unique language in and of itself that can be difficult for students to understand. For instance, a white powder can be translated down to the atomic level in a chemical equation, thus creating a chemical word that needs to be decoded. In this article, the author shares an approach to a basic curriculum that makes chemistry…

Most teachers use multiple intelligence theory in teaching but evaluate student learning with traditional assessment methods. Focuses on classroom assessment and advocates that students' should be evaluated using a variety of approaches. Recommends that teachers make their evaluations more objective and reliable. (YDS)

Presents an activity on waves that addresses the state standards and benchmarks of Michigan. Demonstrates waves and studies wave's medium, motion, and frequency. The activity is designed to address different learning styles. (YDS)