Applications of Thermodynamics
If a molecule exhibits strong hydrogen bonding, what types of atoms are most likely present in its structure?
Based on their positions in the periodic table, which element has the greatest ability to gain electrons (reduce)?
Which formula represents the relationship between cell potential, Gibbs free energy change, and charge transported during an electrochemical reduction or oxidation reaction?
When comparing two electrodes made from metals M_1_ and M__2_, if metal M_1 has a much higher melting point than metal M__2_, which property most likely contributes to M__1 having a greater standard electrode potential?
Considering nonstandard conditions involving high pressures applied solely onto gaseous species partaking oxidation portion redox reactions present within voltaic setups running room temps how will resultant galvanics' energies deviate expected norms based standards state assumption?
In the equation ΔG° = -nFE°, n represents...
Given a galvanic cell with an unknown metal electrode, if the standard reduction potential for the cathode reaction is 0.34 V and the measured cell potential is 0.68 V, which metal could be the anode?
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Considering thermodynamics how might changing temperature impact relationship between equilibrium constants & corresponding Nernst equation derived potentials ?
What effect does decreasing both reactant concentrations equally have on free energy (ΔG) for a nonstandard electrochemical cell under constant temperature and pressure?
How would increasing the temperature affect the free energy change (ΔG) for an electrochemical reaction if it is already spontaneous at room temperature?