Chemistry Equations & Answers: a QuickStudy Laminated Reference Guide (Quickstudy Reference Guides - Academic)

Inhaltsangabe

Essential tool for concepts, variables, and equations including sample problems, common pitfalls and helpful hints. Six laminated pages filled with succinct need-to-know reference for the mathematics of science and chemistry in QuickStudy's succinct color coded format for ease of reference and reinforcement throughout any student's science studies from high school through college. This multipurpose tool for chemistry developed by author and Harvard PhD, Mark D. Jackson, a scientist and university chemistry professor is a must-have for boosting test scores, grades and overall success in learning the details within the larger scope of science. At this price and for over fifty pages of facts curated to fit in six pages, the price cannot be beat.
6 page laminated guide includes:

• Basic Skills
  • Calculator Use
  • How to Work with Units
  • How to Use Equations for Data Conversion
  • How to Use a Conversion Factor
• Targeted Math Review
  • Algebraic Equations
  • Scientific Notation
  • Logarithms & Exponents
  • Calculate Roots of a Polynomial
  • Determine the Equation of a Line
• Statistics
  • How to Calculate Experimental Error
  • Calculating Mean & Deviation
  • How to Identify Significant Figures
• Atomic Data
  • How to Calculate Nuclear Binding Energy
  • Calculating Atomic Weight
  • Calculating Properties of Electromagnetic Radiation
• Chemical Formulas & Moles
  • Calculating Molar Mass from the Chemical Formula
  • How to Calculate Elemental % Comp
  • Calculate the # of Moles
  • Calculating Empirical Formulas
  • Deriving the Molecular Formula from the Empirical Formula
• Stoichiometry
  • How to Use Balanced Equations
  • How to Balance an Equation
  • Balancing a Redox Equation Using the Half-Reaction Method
  • Calculating the Theoretical Yield
  • Calculating a Limiting Reagent for 2 Reactants
• Working with Gases
  • How to Calculate the # of Moles Of a Gas Sample
  • How to Use the Ideal Gas Law
  • How to Use Boyle's Law
  • How to Use Charles' Law
  • How to Use Avogadro's Law
  • How to Calculate the Speed of a Gas Molecule
  • How to Use Graham's Law of Effusion
• Solids & Liquids
  • Calculating Moles from Mass
  • Calculating Mass of Liquids
  • Calculating Moles of Reagents in Solution
  • How to Prepare Solutions
  • Preparing a Dilute Solution from a Stock Solution
  • How to Calculate Colligative Properties
• Thermodynamics: Heat, Disorder & Equilibrium
  • Calculating DeltaG, DeltaH, DeltaS from Standard Data
  • How to Calculate KEQ
  • Handling "Addition" of Reactions
• Acid-Base Chemistry
  • Why Water Dissociates H2O <=> OH- + H+
  • How to Calculate pH & [H+]
  • How to Calculate pOH & [OH-]
  • How to Wok with Ka & Kb
  • Calculating Ka
  • How to Calculate Kb & pKb of Conjugate Base (A-) of

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