Nguồn ngoài
Introduction to General Chemistry
The purpose of this book is to teach introductory concepts of chemistry to undergraduates in one semester, assuming no prior knowledge of chemistry. It is intended for health sciences, like pre-nursing, psychology, kinesiology, and non-science majors. This book will hopefully give enough knowledge to prepare the students to understand basic chemistry used in their professional subjects, take additional chemistry courses if needed and appreciate the impact of chemistry in everyday life.
- Tác giả
- Muhammad Arif Malik
- Nhà xuất bản
- Hampton University
- Nguồn
- LibreTexts
- Giấy phép
- CC0 / Public domain
- Ngôn ngữ
- EN
- Danh mục
- Khoa học cơ bản
Mục lục· 68 mục
- 01: Matter energy and their measurements
- 1.01: Matter and energy
- 1.02: What is chemistry
- 1.03: Measurements
- 1.04: Significant Figures
- 1.05: Unit conversions
- 1.06: Equations and graphs
- 1.07: Density and specific gravity measurements
- 1.08: Heat and its measurements
- 1.09: Heat and changes in physical states of matter
- 02: Elements
- 2.01: Daltons atomic theory
- 2.02: Subatomic particles and a modern view of an atom
- 2.03: Atoms of elements
- 2.04: The periodic table
- 2.05: Electrons in atoms
- 2.06: The periodic trends in properties of the elements
- 03: Compounds
- 3.01: Bonding in compounds
- 3.02: Naming binary ionic compounds
- 3.03: Polyatomic ions and their compounds
- 3.04: Naming acids
- 3.05: Naming binary covalent compounds
- 3.06: Lewis structures of molecules
- 3.07: Molecular shapes Valence shell electron pair repulsion (VSEPR) theory
- 3.08: Polarity of molecules
- 3.09: Intramolecular forces and intermolecular forces
- 04: Stoichiometry the quantification of chemical reactions
- 4.01: Stoichiometry
- 4.02: The mole
- 4.03: Chemical reaction
- 4.04: Patterns of chemical reactions
- 4.05: Oxidation-reduction reactions
- 4.06: Energetics of chemical reactions
- 4.07: Stoichiometric calculations
- 05: Solutions
- 5.01: Introduction to solution
- 5.02: Solubility
- 5.03: Electrolytes
- 5.04: Concentration of solutions
- 5.05: Osmosis
- 06: Acids and bases
- 6.01: What is an acid and a base
- 6.02: BrnstedLowry acids and bases
- 6.03: Strength of acids and bases
- 6.04: Acid-base equilibrium
- 6.05: Dissociation of water
- 6.06: The pH
- 6.07: Acid-base reactions
- 6.08: pH Buffers
- 07: Gases
- 7.01: Characteristics of gases
- 7.02: The pressure-volume relationship
- 7.03: The temperature-volume relationship
- 7.04: The pressure-temperature relationship
- 7.05: The combined gas law
- 7.06: The volume-amount relationship
- 7.07: Ideal gas law
- 7.08: Daltons law of partial pressure
- 08: Nuclear chemistry
- 8.01: Introduction to nuclear chemistry
- 8.02: Radioactivity
- 8.03: Half-life of radioisotopes
- 8.04: Radiation measurements
- 8.05: Ionizing radiation exposures
- 8.06: Medical uses of radioisotopes
- 8.07: Making radioisotopes for medical uses
- 8.08: Nuclear fusion and fission