Interactive Workbook for College Chemistry II
Edition: 1
Copyright: 2020
Pages: 210
Edition: 1
Copyright: 2020
Pages: 210
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Interactive Workbook for General Chemistry II is designed to allow general chemistry students a clear access to intricate topics. Using simple language, this workbook discusses topics that are perceived as difficult such as the interaction of chemicals with light otherwise known as spectroscopy, the speed with which chemicals change known as kinetics, leading to formation of new products and back again to reactants i.e. equilibrium, how chemicals produce electricity known as electrochemistry, and change in the nucleus or nuclear reactions. You will fill in the blanks here and there, and follow prompts to help you solve typical chemistry problems. If there is a guide that will bring you closer to understanding the principles that support our technology and medical developments, it is this Interactive workbook for General Chemistry II.
Chapter 1 Beneath the Things We See
Electromagnetism
Atomic Spectroscopy
Molecular Spectroscopy
Molecular Orbital Theory
Transition Metal Chemistry
Lab 1: Finding Molarity of Crystal Violet (CV) Solution By UV-VIS Spectrophotometry
Lab 2: Complex Ions
Chapter 2 How Quickly Molecules Change
Chemical Kinetics
Determination of the Rate Law
Finding the Activation Energy, Ea
Insight into the Reaction Mechanism
Lab 3: Reaction Kinetics by UV-VIS Spectrophotometry
Chapter 3 Chemical Products Do Change Back
Chemical Equilibrium
Le Chatelier’s Principle
Finding Molarity at Equilibrium
Chapter 4 When “Molecules” Change in Water
Aqueous Equilibrium
pH of a Weak Acid, and Base, Solution
Ka of a Weak Acid, and Kb of a Weak Base
Buffer pH
Titration Curves
Lab 4: Weak Acid–Strong Base Titration
Lab 5: Qualitative Analysis of Cations
Chapter 5 Change in Energy and Arrangement of Things
Thermodynamics
Change in Enthalpy of a Reaction, DHrxn
Change in Entropy of a Reaction, DSrxn
Change in Free Energy, DGrxn
Lab 6: Constant Pressure Calorimetry
Energy of Electrons
Electrochemistry
Balancing Redox Equations
Spontaneous and Nonspontaneous Redox
Lab 7: Electrochemical Cells
Chapter 6 Atomic Nuclei Seek Stability
Nuclear Decay Processes
The Interaction of Nuclei
Chapter 7 What is Organic Chemistry?
Families of Organic Compounds
Natural (Bio-)Polymers
Dr. Nare Alpheus Mautjana is an Associate Professor (Chemistry) at Santa Fe College, Florida, USA – the 1st Place-ranked Community College (by Aspen 2015). Dr. Mautjana is among early recipients of B.Tech. degrees (Vaal University of Technology) in South Africa, and later received his M.S. degree (University of Cape Town) followed by private sector positions in Research & Development as well as Chemical Manufacturing. He received PhD at the University of Florida where he began his teaching career as a 2005-2006 award-winning Teaching Assistant for General Chemistry I & II and was subsequently assigned to teach Analytical Chemistry, and BioPhysical Chemistry courses as well. He was appointed Senior Lecturer at the University of Stellenbosch, South Africa prior to joining Santa Fe College in 2012.