Monday, May 14, 2007
Mon-Day 6
AP: the marathon review session went by very quickly as we covered various question types and lab techniques.
Honors: we reviewed balancing redox reaction; we did an example in which an element in a compound has a subscript, which gets carried into the oxidation or reduction half reaction. The oxidation number applies to each atom of the given element in the formula.
We covered the remaining types of redox and non-redox (double replacement) reactions.
We then started electrochemistry by drawing a typical Voltaic/Galvanic electrochemical cell. These cells are connected in series to make the batteries that are commonly used.
Regents: we reviewed balancing redox reaction; we did an example in which an element in a compound has a subscript, which gets carried into the oxidation or reduction half reaction. The oxidation number applies to each atom of the given element in the formula.
We covered the remaining types of redox and non-redox (double replacement) reactions.
We then started electrochemistry by drawing a typical Voltaic/Galvanic electrochemical cell. These cells are connected in series to make the batteries that are commonly used.
Honors: we reviewed balancing redox reaction; we did an example in which an element in a compound has a subscript, which gets carried into the oxidation or reduction half reaction. The oxidation number applies to each atom of the given element in the formula.
We covered the remaining types of redox and non-redox (double replacement) reactions.
We then started electrochemistry by drawing a typical Voltaic/Galvanic electrochemical cell. These cells are connected in series to make the batteries that are commonly used.
Regents: we reviewed balancing redox reaction; we did an example in which an element in a compound has a subscript, which gets carried into the oxidation or reduction half reaction. The oxidation number applies to each atom of the given element in the formula.
We covered the remaining types of redox and non-redox (double replacement) reactions.
We then started electrochemistry by drawing a typical Voltaic/Galvanic electrochemical cell. These cells are connected in series to make the batteries that are commonly used.
# posted by C @ 11:47 PM 
