Details
Chemistry is about atoms and molecules and their transformations, and is referred to as the Central Science because it connects the physical and life sciences. General Chemistry is your gateway into chemistry, and is required for majors in just about every
field of science, technology and medicine. General Chemistry trains students to think like scientists through the application of chemical principles to solve problems.
College-level general chemistry, however, is extremely fast-paced, and students are faced with challenges of absorbing new chemistry concepts at the same time they are applied to complex problems. The goal of this class is to prepare students for success in
General Chemistry by honing their chemistry problem solving skills.
In this class, we will review fundamental mathematical skills, as well as provide strategies for general chemistry problem solving. Focus will be placed on selected conceptual areas of chemistry, and then delve deeply into application of these concepts to
solve real-world problems. The class emphasizes critical thinking, solution strategies for complex chemical problems and foundational math skills. A goal of this course is to train students to think like scientists, and prepare them for success in university
courses in science, technology engineering and mathematics.
I hope that you enjoy the class!
Outline
Week 2 - Boot-Camp I: Understanding atomic structure and quantum theory, which includes properties of waves, wave-particle duality, the interaction of radiation and matter, the photoelectric effect and the Bohr atom model.
Week 3 - Boot-Camp II: Introducing the concept of mole and understanding how compounds form, by differentiating ionic and covalent bonding, learning how to write molecular and empirical formulas and how to determine percent composition of compounds. Introducing solutions and how to measure their concentration.
Week 4 - Boot-Camp III: Move on to chemical reactions, by understanding how to write balanced chemical equations, use them to perform various stoichiometric calculations and determine the yield of reactions; learning the different types of reactions, including combustion, precipitation, and acid-base reactions.
Week 5 - Boot-Camp IV: Introduction to the thermodynamics of reactions, by discussing energy and energy changes, heat, work, enthalpy, calorimetry, and Hess's Law.
Week 6 - Final Exam Preparation: Reviewing of concepts from Weeks 1-5, in preparation for the final examination.
Speaker/s
Professor
Deptartment of Chemistry & Chemical Biology
Rutgers the State University of New Jersey
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