Chemistry

This document covers all units and topics of an introductory chemistry class and defines all the vocab, formulas, and concepts you need to know in detail to ensure you pass your final exam.

Unit summary from chemistry. Includes molar mass, Avogadros's number, and molar conversions.

This flowchart provides an overview of how matter is classified in chemistry. It distinguishes between mixtures and pure substances and further breaks them down into subcategories based on their properties.

This document has all the notes of electronegativity, electron affinity, VSEPR, rules for different bonds, intramolecular and intermolecular forces (hydrogen, dipole dipole, London Dispersion Forces), and Kinetic Molecular Theory. These topics are very important to understand how atoms bond and is key to understanding chemistry.

These notes on Quantum Numbers provide a detailed explanation of the four types of quantum numbers used to describe the behavior and location of electrons in an atom. They cover the Principal Quantum Number (n), Sublevel Quantum Number (l), Orbital Quantum Number (m), and Spin Quantum Number (s), along with their significance and examples.

This document has a variety of topics covered during chemistry class. It covers how to name ionic compounds, how single replacement reactions work, reactivity series, and how to calculate with avogadro's number. These topics will be key to your understanding of chemistry.

These notes provide a high-level overview of quantum mechanics related to the study of light, waves, and spectrums. They explain key concepts like wavelength, frequency, and different types of spectrums, illustrated with diagrams.

These notes cover the process of converting between particles and moles, moles and grams, and particles and grams, using Avogadro's number and molar mass. Examples and calculations are included to illustrate each type of conversion.

These notes provide an overview of the scientific method, highlighting its key steps, from observation and research to hypothesis, experimentation, analysis, and communication of results. It also mentions the contributions of Galileo Galilei and Francis Bacon as pioneers of the scientific method.