- Question 2 6 Points Select All That Are True Of The Pair Of Acids Ho S6 0 0 And Both Are Oxyacids Ho 0 Both Have Th 1 (19.03 KiB) Viewed 24 times
- Question 2 6 Points Select All That Are True Of The Pair Of Acids Ho S6 0 0 And Both Are Oxyacids Ho 0 Both Have Th 2 (23.31 KiB) Viewed 24 times
- Question 2 6 Points Select All That Are True Of The Pair Of Acids Ho S6 0 0 And Both Are Oxyacids Ho 0 Both Have Th 3 (24.54 KiB) Viewed 24 times
- Question 2 6 Points Select All That Are True Of The Pair Of Acids Ho S6 0 0 And Both Are Oxyacids Ho 0 Both Have Th 4 (45.41 KiB) Viewed 24 times
- Question 2 6 Points Select All That Are True Of The Pair Of Acids Ho S6 0 0 And Both Are Oxyacids Ho 0 Both Have Th 5 (24.87 KiB) Viewed 24 times
- Question 2 6 Points Select All That Are True Of The Pair Of Acids Ho S6 0 0 And Both Are Oxyacids Ho 0 Both Have Th 6 (32.39 KiB) Viewed 24 times
- Question 2 6 Points Select All That Are True Of The Pair Of Acids Ho S6 0 0 And Both Are Oxyacids Ho 0 Both Have Th 7 (37.62 KiB) Viewed 24 times
Both have three oxygens around the central atom and are of equal acid strength. Both are binary acids. Both are carboxylic acids. The structure on the right is the weaker acid because the central atom is less electronegative. The structure on the left is the weaker acid because the central atom has the lower atomic number.
Question 9 (6 points) Select all that are true of the redox process. Cd(s) ✈ Cu²+ (aq) → Cd²+ (aq) + Cu(s) Cadmium was reduced. Copper's oxidation state went from +2 to 0. Cadmium's oxidation state went from +2 to 0.
Cadmium was reduced. Copper's oxidation state went from +2 to 0. Cadmium's oxidation state went from +2 to 0. Cadmium's oxidation state went from 0 to +2. Copper's oxidation state went form 0 to +2. Cadmium was oxidized.
Question 1 (4 points) Match the spontaneity parameter with its appropriate description. This thermodynamic parameter puts together heat energy, randomness, and particle kinetic energies into a single expression. It expresses the total energy content of a system that can be used to do work. 1. Enthalpy
> V into a single expression. It expresses the total energy content of a system that can be used to do work. This thermodynamic parameter is a measure of the randomness or chaos of a system. This thermodynamic parameter is a measure of the heat energy content of 1. Enthalpy 2. Entropy 3. Temperature 4. Gibbs Free Energy
V This thermodynamic parameter is a measure of the heat energy content of a system. This thermodynamic parameter is a measure of the kinetic energies of the particles making up a system. 3. Temperature 4. Gibbs Free Energy