Gen chem i Study guides, Class notes & Summaries

General Chemistry I--Intro to Chemistry: Definitions, Notes, & Study Guide #4/// Intro to Chemistry: A study guide complete with definitions and comprehensive examples for laying the groundwork of chemical calculations. In this study guide, we elaborate more on: Chemistry calculations, the use of scientific-mathematical formulas, deriving chemical formulas (empirical and molecular), predicting electron loss or gain among ions or ionic compounds, the naming of ions, atoms & molar mass, and hydra...

Notes of Gen Chem 121 class, beginners college chemistry. Covers most topics learned in class including thermochemistry, gas laws, ions, and electronic structures of atoms. Very useful and includes hand drawn diagrams for deeper understanding

1. In the aftermath of a tornado that - What is your biggest concern right destroyed over 100 homes in a rur- now? I will help you as much as you can. al Midwest community, the PMH- NP draws on principles of crisis intervention while working with an elderly couple who lost every- Rationale: Principles of crisis interven- tion guide the PMHNP to focus on one of the individual's primary concerns at a time offering direct, realistic informa- thing in the storm during the night. tion, and emo...

Lab report for Gen Chem II lab converting between concentration units and analyzing the solutions using UV/VIS spectroscopy.

General Chemistry I Rote Memorization--Printable Flashcard Set #4A: Beginning Chemistry///This is a printable flashcard set that is centered on Chemistry terms that align with study guide #4 (General Chemistry I --Intro to Chemistry: Molecular Compounds, Hydrated Compounds, Ionic Compounds, Atoms, Molar Mass, and Deriving Formulas (Molecular & Empirical)). This set consists of 60 flashcards and contains the following terms/concepts/formulas: (1) Molecular Formula, (2) Condensed Formula, (3) St...

General Chemistry I Rote Memorization--Printable Flashcard Set #3: Beginning Chemistry///This is a printable flashcard set that is centered on Chemistry terms that align with study guide #3 (General Chemistry I--Intro to Chemistry: Atoms, Molecules, Ions, Isotopes, and the Periodic Table). This set consists of 45 flashcards and contains the following terms/concepts/formulas: (1) Atom, (2) Atomic Number, (3) Atomic Mass Units (u), (4) Isotopes, (5) Ions, (6) Percent Abundance, (7) Atomic Weight, ...

General Chemistry I Rote Memorization--Printable Flashcard Set #5: Beginning Chemistry///This is a printable flashcard set that is centered on Chemistry terms that align with study guide #5 [General Chemistry I--Intro to Chemistry: Balancing Chemical Equations, Chemical Equilibrium, Chemical Reactions in Aqueous Solution, and Identifying & Classifying Chemical Reactions (Precipitation, Gas-Forming, Acid-Base, & Oxidation-Reduction)]. This set consists of 66 flashcards and contains the following...

General Chemistry I Rote Memorization--Printable Flashcard Set: Beginning EARLY Chemistry///This is a printable flashcard set centered on early Chemistry terms that align with study guide #1 (General Chemistry I--Intro to Chemistry: Experimental Terms, Classifying Matter, Dilemmas & Goals of Science, and Physical & Chemical Changes of Matter). This set consists of 35 flashcards and contains the following terms: (1) Hypothesis, (2), Quantitative, (3) Qualitative, (4) Law, (5) Theory, (6) State, (...

CHEM 122L GEN CHEM II LAB - University of Nevada, Las Vegas. Calculation Q&A ) Prepare tables that summarize the data collected in this experiment. For each titration of each of the three buffers, l ist the volume of strong acid added and the pH of the solution. 2.) Write a balanced equation that describes the net ionic reaction used to prepare your buffer in Part I. Identify the two components of the solution that enable it to resist changes in pH. 3.) Assume that the reaction used to prepare t...

General Chemistry I--Intro to Chemistry: Definitions, Notes, & Study Guide #6///This outline explores the following main concepts through step-by-step calculations, key terms, and detailed examples: (1) Stoichiometry, (2) finding masses and amounts in reactions utilizing Stoichiometry, (3) how to navigate calculations involving limiting reactants, (4) how to identify limiting reactants in chemical reactions, (5) calculating percent yield, (6) deriving empirical and molecular formulas using chemi...