I was drawn to an article by Eilks, Gulacar, and Sandoval about Acid-Base Chemistry and Chemical Equilibrium in the April 2018 issue of JCE. The title of the article is "Exploring the Mysterious Substances, X and Y: Challenging Students' Thinking on Acid-Base Chemistry and Chemical Equilibrium." The premise of the article is to demonstrate how an instructor may use a group of compounds (zeolites) to "elaborate on the behavior of solid state acids and bases" while revisiting LeChatelier's principle.
Based on some interactions here on ChemEd X and Twitter, I have been looking for ways to have students generate more questions, ideas, and investigation methods. (See a list of relevant links below.) Some of this is inspired by Argument Driven Inquiry, while some of it is simply my own quest to move further away from being the sole source of information in the class. In this blog post, I would like to talk about how I addressed gas laws using Atomsmith Classroom Online as an investigative tool in place of lab work I did previously using the Vernier gas pressure sensor.
If you have never attended an official Process Oriented Guided Inquiry Learning (POGIL) training, you may consider doing so this summer. Many educators mention they have used POGIL activities. The POGIL pedagogy is not simply students completing worksheets. It requires training to implement it in order to achieve the desired effects of developing students process skills along with providing the opportunity for students to self discover content through collaborative roles.
Consider helping the AAAS Project 2061 pilot their newly developed assessment tasks that measure students' ability to use the three dimensions outlined by the Next Generation Science Standards - science and engineering practices, crosscutting concepts, and disciplinary core ideas related to energy. Elementary, middle, and high school science teachers and college/university professors teaching in the U.S. that have students in 4th through 12th grade or undergraduate students and are willing to pilot these assessment tasks with their students are invited to register.
he Biennial Conference on Chemical Education (BCCE) will be held at Notre Dame in South Bend, Indiana from July 29 through August 2, 2018. This is an excellent professional development opportunity for high school and college chemistry instructors.
Who doesn't need money for lab equipment, instructional aids or professional development? Do you have an idea for an outreach event that you cannot afford to to run? Apply for a Hach grant. There is no time to waste. The proposal is due April 16th, 2018.
The Biennial Conference on Chemical Education (BCCE) is providing an engaging afternoon program for K-8 teachers interested in physical science or chemistry concepts in their classrooms. This summer marks the 25th BCCE meeting and the first time the organizers have developed programming for the K-8 community. Registration is now open!
Have you been watching the Winter Olympics? I have been able to draw many similarities and relevance to what I am teaching in the classroom. How about you?
The American Association of Chemistry Teachers (AACT) has just made a major announcement. The first AACT Chemistry Teacher of the Year Awards have just opened their nomination process. Awards will be given to teachers in each of three levels of chemistry education. One for K-5 teachers of science, one for grade 6-8 teachers of physical science, and one for high school chemistry teachers.
The Biennial Conference on Chemical Education is one of the best professional development opportunities available for chemistry teachers. The 2018 conference will be held at Notre Dame in South Bend, IN, July 29 - August 3. The ACS Division of Chemical Education sponsors this national meeting. There is excellent programming available for middle school science teachers, high school chemistry teachers, graduate students and college faculty. You do not have to be a member of ACS or the Division of Chemical Education to attend and/or present.