News & Updates

This past summer AACT hosted an AP Chemistry Content Writing Team to create AP chemistry focused teaching resources for our High School Classroom Resource Library. The four teachers chosen focused on creating teaching resources directly related to the Learning Objectives for the topics of equilibrium, intermolecular forces, photoelectron spectroscopy, Coulomb’s Law, electrolysis, reaction mechanisms, and kinetics. This week we are publishing the last two resources from our content team.

As chemistry teachers around the country plan activities for their students, AACT will be highlighting resources from our high school resource library that can be used to reinforce topics in different units throughout the school year. Our last post highlighted resources that could be used to support a Chemical Names and Formulas unit. We will now focus on articles, videos, simulations, and activities that could be used in a Chemical Equations unit.

AACT's President Sherri Rukes gives thanks to the AACT Community and wishes them a Happy Thanksgiving!

As chemistry teachers around the country plan activities for their students, AACT will be highlighting resources from our high school resource library that can be used to reinforce topics in different units throughout the school year. Our last post highlighted resources that could be used to support a Chemical Bonding unit. We will now focus on articles, videos, simulations, and activities that could be used in a Chemical Names and Formulas unit.

This past summer AACT hosted an AP Chemistry Content Writing Team to create AP chemistry focused teaching resources for our High School Classroom Resource Library. The four teachers chosen focused on creating teaching resources directly related to the Learning Objectives for the topics of equilibrium, intermolecular forces, photoelectron spectroscopy, Coulomb’s Law, electrolysis, reaction mechanisms, and kinetics. This week we are publishing two more resources from our content team.

Every year on October 23rd from 6:02am to 6:02pm, chemists celebrate Mole Day. Learn more about it and check out mole-related content for your classroom from the AACT library!

As chemistry teachers around the country plan activities for their students, AACT will be highlighting resources from our high school resource library that can be used to reinforce topics in different units throughout the school year. Our last post highlighted resources that could be used to support an Atomic Structure unit. We will now focus on articles, videos, simulations, and activities that could be used in a Chemical Bonding unit.

In the spirit of the NCW theme, AACT hosted a content writing contest for current teacher members. This year’s winners were Monticello Middle School teacher, Jennifer Smith, from Monticello, Illinois and South Lewis High School teacher, Anne Huntress, from Turin, New York. Both teachers created an exciting and unique lesson plan inspired by the theme of NCW.

This past summer AACT hosted an AP Chemistry Content Writing Team to create AP chemistry focused teaching resources for our High School Classroom Resource Library. The four teachers chosen focused on creating teaching resources directly related to the Learning Objectives for the topics of intermolecular forces, photoelectron spectroscopy, Coulomb’s Law, electrolysis, reaction mechanisms, and kinetics. This week we are publishing two more resources from two of our content team members.

As chemistry teachers around the country plan activities for their students, AACT will be highlighting resources from our high school resource library that can be used to reinforce topics in different units throughout the school year. Our last post highlighted resources that could be used to support an Atomic Structure unit. We will now focus on articles, videos, simulations, and activities that could be used in a Periodic Table unit.

The National Science Teachers Association (NSTA) will be holding three area conferences on science education this fall.

This is a great time to get involved with AACT by becoming a Regional Representative. Learn more.

As chemistry teachers around the country plan activities for their students, AACT will be highlighting resources from our high school resource library that can be used to reinforce topics in different units throughout the school year. Our last post highlighted resources that could be used to support a Chemical Measurements unit. We will now focus on articles, videos, simulations, and activities that could be used in an Atomic Structure unit.

Read about the changes that AACT has made to help its members find resources easier.

AACT extends the Student Video Pass from 24 to 72-hours.

As chemistry teachers around the country plan activities for their students, AACT will be highlighting resources from our high school resource library that can be used to reinforce topics in different units throughout the school year. Our last post highlighted resources that could be used to support a Chemistry Basics unit. We will now focus on articles, videos, simulations, and activities that could be used in a Chemical Measurements unit.

This past summer AACT hosted an AP Chemistry Content Writing Team to create AP chemistry focused teaching resources for our High School Classroom Resource Library. The four teachers chosen focused on creating teaching resources directly related to the Learning Objectives for the topics of intermolecular forces, photoelectron spectroscopy, Coulomb’s Law, electrolysis, reaction mechanisms, and kinetics.

As chemistry teachers around the country head back into their classrooms and begin planning activities for their students, AACT will be highlighting resources from our high school resource library that can be used to reinforce topics in different units throughout the school year. We’re beginning the year with articles, videos, simulations, and activities that could be used to support a Chemistry Basics unit.

Apply now to participate in Science Coaches for next school year (2018-2019)!

Are you planning to attend BCCE 2018 hosted by the University of Notre Dame in South Bend, Indiana this summer? AACT will be there, along with many AACT members! You will find us in the exhibit hall at our booth and at the workshops we are planning for K-12 teachers of chemistry.

Are you planning to attend the 7th Annual STEM Forum & Expo hosted by NSTA in Philadelphia, PA on July 11–13, 2018? AACT will be there too, along with many AACT members! There will be many opportunities to connect with AACT and other members at the AACT booth and at the workshops that we are planning for K-12 teachers of chemistry. Here is a list of events hosted by AACT.

In our last news post, we looked at classroom resources that focused on equilibrium. Now we are moving on to lessons and activities that can be used to support a unit plan for teaching acids and bases. This includes pH, acid theories, strong versus weak acids and bases, titrations, indicators, and buffers.

AACT members have access to 50 ACS Publications articles each year. We will be highlighting one article each month that you might consider downloading through this member benefit. This month we are featuring a hands-on student activity from the August 2008 issue of the Journal of Chemical Education titled, The Sweeter Side of Density, by Michael Davis and Charles Henry.

With just over a week to go before the AP exam, you’re involved with review activities to get your students ready for the big test. But have you thought ahead to what you’ll be doing after May 7th? Many teachers use that time to complete lab work they didn’t get to during the school year. Others cover topics that are no longer included in the curriculum framework. Others decide to lighten things up with a long term project.

In our last news post, we looked at resources that focused on resources for teaching thermochemistry and thermodynamics. Now we are moving on to lessons and activities that can be used to support a unit plan for teaching equilibrium. This includes establishing equilibrium and equilibrium constants, the reaction quotient, and LeChatelier’s Principle.