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The aim of this feature column is to provide insight about the educational changes that can result from technological developments, especially the evolution of interactive education based on multimedia.In classrooms and laboratories throughout the world, rapidly advancing information technologies are changing the face of education in chemistry. This column deals with educational changes that can result from technological developments, including interactive on-line approaches and the integration of multimedia materials. Such education may involve the use of technology in a variety of settings, from the traditional lecture hall or laboratory to virtual or distributed classrooms. Instructional and information technologies have, in some cases, made entirely new educational environments and practices possible. Technology may be used to communicate interactively and in real-time with students who are off-campus, perhaps in other states or countries. Multimedia can be used on-line in homework or exam situations to probe conceptual understanding and aid in the visualization of microscopic chemical phenomena. As these changes occur in chemical education, it is critical to guide them by answering questions such as:

"leading center for mathematics and mathematics education on the Internet" and without any reservations I would agree that its coverage of math education is excellent. It contains a seemingly endless number of resources for teachers, students, and mathematicians in support of its mission to "enrich and support teaching and learning."

This guide is designed primarily for the mathematics educator, whether in the role of teacher or as the student in a college education program. The majority of resources included here focus on primary and secondary education, but many may easily apply to college level. Librarians will also find the databases, reference tools, and the biographic sites helpful. Because the number of Internet sites covering mathematics education is so vast, a guide to the most essential ones is useful.

Sites with lesson plans are numerous, but the links listed below are good starting points because they lead to specific lessons.

We live in a world that is increasingly mobile. In order for adults to connect with our kids and students, we need to mobilize. Kids love their phones, they are highly motivated to use them (constantly), and they always have them right there with them (if they’re allowed). What a strong basis for an educational tool: empower students to use tools they already own as a means for better education!

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  Starfall.com opened in September of 2002 as a free public service to teach children to read with phonics. Our systematic phonics approach, in conjunction with phonemic awareness practice, is perfect for preschool, kindergarten, first grade, second grade, special education, homeschool, and English language development (ELD, ELL, ESL). Starfall is an educational alternative to other entertainment choices for children.

ADHD is in epidemic proportions in our children. While this may sound like a panic statement it is not intended to incite panic. It doesn’t even have to be a crisis, except that children with ADHD test the educational system at every turn. And the educational system is failing these children. Our answer to this seems to be to blame the students, medicate them, and insist that they continue in the system that is not equipped to handle them.

shows that teachers can change the trajectory of their students' lives. Students of capable elementary and middle school teachers not only have higher standardized test scores, they are more likely to attend college, have a lower incidence of high school pregnancy, and earn more as adults.

As the global economy quickly changes, countries that can stay ahead in areas such as engineering, chemistry, and technology will be the most competitive. Yet, the hard sciences are among the most challenging subjects for even the best instructors to teach. Worse, Education Trust studies have shown that troubling numbers of math and science teachers never studied the subjects they are teaching.

An increased emphasis on good teachers who can provide high quality math and science education should be a top priority for America's educational community and our political leaders. This is not just for the sake of raising standardized test scores, but because we understand the direct correlation between mastering essential subject matter and the success of our students and the country.

he modules you see below are organized by units, for an easy search.

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Technology is helping teachers to expand beyond linear, text-based learning and to engage students who learn best in other ways. Its role in schools has evolved from a contained “computer class” into a versatile learning tool that could change how we demonstrate concepts, assign projects and assess progress.

As Ediger’s (1994) studies on Technology in the Elementary Classroom have revealed, applying technology in the classroom does several things to student learning: (1) It increases interest even in rote tasks; (2) it provides purpose for learning; (3) it can attach meaning to an ongoing lesson; (4) it provides opportunities to perceive knowledge as being related, not isolated bits; (5) it allows for individual student differences; and (6) it can affect students’ attitudes toward learning.

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We are always looking for the magic bullet, something that will solve all our problems. And, today this magic bullet for education is technology. It will solve all our problems! It will increase academic skills, reduce dropout rates, eliminate the racial divide in academic performance, and increase SAT scores. And it will make the lives of teachers easier. Well, it may not accomplish all of these goals, but educational technology does have a place in early childhood. Right? It depends on an early childhood program’s overall program goals and objectives, and the program’s goals and objectives for each student. And it depends on how computers are incorporated into the early childhood curriculum (Haugland, 2000).