About:
This introductory course is for teachers to learn the atomic structure & chemical bonding topics of PSI Chemistry and how to teach them to students. These topics include atomic origins; atomic structure; the periodic table & electron configuration; periodic trends; ionic bonding & ionic compounds, covalent bonding & Lewis diagrams, and lab safety. This mathematically rigorous chemistry course reinforces student understanding of Algebra I and Geometry while providing a foundation for the future study of chemistry, physics, and biology.
Credits: 3
About:
This is the second of three courses which, together, are designed for teachers who are learning the content of PSI Chemistry and how to teach that course to students. The student course is designed to be taught to introductory chemistry students who have taken algebra-based physics prior to this course. This is a mathematically rigorous chemistry course that builds upon foundational topics in physics and leads to a better understanding of biology. Topics include intermolecular forces, mole calculations, chemical reactions, and stoichiometry.
Credits: 3
About:
This is the last of three courses which, together, are designed for teachers who are learning the content of PSI Chemistry and how to teach that course to students. The student course is designed to be taught to introductory chemistry students who have taken algebra-based physics prior to this course. This is a mathematically rigorous chemistry course that builds upon foundational topics in physics and leads to a better understanding of biology. Topics include gases, thermochemistry, kinetics & equilibrium, acids & bases, and pH & titration.
Credits: 3
This course provides teachers, or prospective teachers, an understanding of advanced topics in chemistry and how to teach them to students. Topics include solutions, mixtures & separation; buffers & titrations; thermodynamics; electrochemistry; organic chemistry; and polymers.
Credits: 3
About
This course is for teachers to learn topics from PSI AP Chemistry and how to teach those topics to students, while providing teachers a greater depth of understanding to support their teaching of PSI Chemistry. Topics include atomic structure, the Period Table, bonding, and mole calculations.
Credits: 3
About
This course is for teachers to learn topics from PSI AP Chemistry and how to teach those topics to students, while providing teachers a greater depth of understanding to support their teaching of PSI Chemistry. Topics include stoichiometry, solutions, gases, and thermochemistry.
Credits: 3
About
This course is for teachers to learn topics from PSI AP Chemistry and how to teach those topics to students, while providing teachers a greater depth of understanding to support their teaching of PSI Chemistry. Topics include kinetics, equilibrium, acids & bases and buffers & titrations.
Credits: 3
About
This course is for teachers to learn topics from PSI AP Chemistry and how to teach those topics to students, while providing teachers a greater depth of understanding to support their teaching of PSI Chemistry. Topics include Ksp & solubility, thermodynamics, and electrochemistry.
Credits: 3
About
This course prepares teachers for the Chemistry credentialing examination (i.e. Praxis, CSET, etc.). It includes 7 modules, each containing problem solving notebooks, with embedded review; mastery questions with solutions; a discussion board, where questions are addressed by certified instructors; and a unit test. An 8th module includes two full length Praxis/CSET-style tests.
Credits: 3
If this is the only course you are taking to prepare for the credentialing exam it is also suggested that you become an NJCTL Member so that you have access to the other chemistry courses to review the content more as you work through this course. For more information about becoming a member click here.
Course Diagnostic Assessment
Click here to enroll in the free Diagnostic Exam course.
About
This course prepares teachers for the Chemistry credentialing examination (i.e. Praxis, CSET, etc.). It includes 7 modules, each containing problem solving notebooks, with embedded review; mastery questions with solutions; a discussion board, where questions are addressed by certified instructors; and a unit test. An 8th module includes two full length Praxis/CSET-style tests.
Credits: 3
If this is the only course you are taking to prepare for the credentialing exam it is also suggested that you become an NJCTL Member so that you have access to the other chemistry courses to review the content more as you work through this course. For more information about becoming a member click here.
Course Diagnostic Assessment
Click here to enroll in the free Diagnostic Exam course.