Help and tutorials
- A. Surviving chemistry
- B. Chemistry dictionary
- C. Experiments & sci. method
- D. Sig figs, units, & graphing
- E. The historical atom
- F. Subatomic particles & orbitals
- G. The periodic table
- H. Ionic compounds
- I. Covalent & Lewis structures
- J. Moles & equations
- K. Polarity & IM forces
- M. Reactions & stoichiometry
- N. Acids & bases
- O. Gas laws & KMT
- P. Electrochemistry & redox
- P. Solutions & concentration
- Q. Nuclear chemistry
- R. Thermo, kinetics, equilibria
- S. Organic chemistry
- T. Solids, identifying unknowns
- U. Reference tables
Practice worksheets
- A. Scientific method & graphing
- B. Unit conversions
- C: Significant figures
- D. Atomic theory & calculations
- E. The periodic table
- F. Ionic compounds
- G. Naming compounds
- H. Lewis structures & VSEPR
- I. IM forces, polarity, & metals
- J. Moles & molar masses
- K. Percent composition
- L. Equations
- M. Types of reaction
- N. Predicting rxn products
- O. Stoichiometry
- P. Gas laws
- Q. Solutions & concentration
- R. Colligative properties & Ksp
- S. Acids & bases
- T. Thermo, kinetics, equilibria
- U. Redox, organic, nuclear
- V. Review sheets
Search this site:
Tag Archives: crippling pain
Solutions and concentration
Though the three main states of matter chemists work with are solids, liquids, and gases, it turns out that we don’t usually work with pure compounds in any of these forms. Instead, we often use compounds in a form where they’re mixed … Continue reading →
Posted in Tutorial
|
Tagged colloid, concentration, Courtney Love, crippling pain, duck people playing concentration, heterogeneous mixture, homogeneous mixture, mixture, molality, molarity, mole fraction, percent by mass, percent by volume, solution, suspension
|
Comments Off on Solutions and concentration
The Cavalcade o' Chemistry 
You must be logged in to post a comment.