SSC Chemistry
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  • Home
  • Lab Introduction*
    • Acids and Bases
    • Titration Lab >
      • Lab Book Requirements
    • Lab Analysis
  • Quantitative Basics
    • Sci Not and Sig Figs
    • Dimensional Analysis
    • Density and Volume
    • % Yeild & % Error
    • Test Review
  • The Atom and Periodic Table
    • Atomic Review >
      • Isotopes AND % Abundance
    • Periodic Table Review >
      • Periodic Trends
    • History of the Atom
    • Test Review
  • Electrons and Light
    • Atomic Orbitals and Aufbau
    • Properties of a Wave and Photons
    • Electromagnetic Spectrum and Light
    • Test Review
  • 1st Term Review
  • Ionic Bonding
    • Monoatomic and Polyatomic Ions
    • Ionic Naming and Formula Practice
    • Ionic Properties and Acids and Bases
    • Acid Naming
    • Test Review
  • Covalent Bonding
    • VSPER Theory and Calculations
    • Covalent Naming >
      • Artificial Flavor Lab
    • Polarity/Dipole and Hybridization
    • Resonance and Exceptions
    • Metallic Bonding
    • Test Review
  • Chemical Reactions
    • Parts/Types of Chemical RXN
    • Identifying Types and Practice
    • Net Ionic Equations and Solubility >
      • Circle of Copper Lab
    • Test Review
  • The Mole and Stiocheometry
    • Mole Conversions and Calculation
    • Limiting Reactant
    • % Composition and Empirical/Molecular Formulas
    • Lab Final-Making Salt
  • 2nd Term Review

LEARNING GOAL:  STUDENTS WILL UNDERSTAND AND DEMONSTRATE BASIC PROBLEM SOLVING SKILLS IMPORTANT IN CHEMISTRY.

Proficiency Scale #3
Pacing Guide for Quantitative Basics

QUANTITATIVE BASICS

Chemists use a lot of math and problem solving skills when analyzing results, conducting experiments, and designing experiments.  In this unit we will learn the basic math topics and be able to apply them to the chemistry we are going to learn throughout the semester.
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