In this section, we will discuss the concept of sig figs in Honors chem.
Basics
Here are some basic concepts related to sig figs:
- Protons (+) atomic #
- Neutrons (o) - mass- atomic #
- Electrons () atomic #
- Isotopes
- Units 1,
SPDF Notation
- $d
- (-) mose electrons
- (+) less electrons
Honors Chem Sig Figs Calculator
- Leading zeros don't count
- Zeros in between nonzero integers count
- Trailing zeros are ambiguous
Atomic Structure
We will also cover some basic atomic structure concepts like:
- The order of fill
- Examples
- Density
Unit 5 - Empirical and Molecular Formula Example
- Increasing energy levels
- Periodic table trends (ENC, IE, Radius)
Stoichiometry
- Stoichiometry trends in periodic table
- How to find empirical formula
- How to find molecular formula
Formula Mass
- Percent composition
- Empirical / Molecular formula practice
Limiting / Excess Reactant
- Theoretical yield
- Gas laws
Solutions
- Solute and solvent
- Electrolytes
- Molarity
- Mass %
Conclusion
This covers a brief overview of the concepts related to Honors chem sig figs quizlet, honors chem sig figs worksheet, honors chem sig figs calculator, empirical molecular formula example, how to find molecular formula, how to find empirical formula, empirical and molecular formula practice problems with answers pdf, empirical formula examples, how to find empirical formula with percentages, empirical to molecular formula calculator, empirical and molecular formula worksheet, stoichiometry trends in periodic table pdf, all trends in periodic table pdf, atomic radius trend, periodic trends, trends in the periodic table answer key, ionization energy trend, electronegativity trend, ionic radius trend.
