Question

1. The potential difference between two electrodes of a galvanic cell is called
a. cell potential
b. standard oxidation potential
c. standard reduction potential d. half cell potential​

Answer 1

Answer:

Option (a) is correct one ✔

hope it's help you...

Answer 2

Answer:

cell potential

Explanation:

• Electrode potential is the electrode potential on an electrode element. In a galvanic cell, there is an electrode potential for the cathode and for the anode.
• The difference between these two cathode electric potential and anode electrode implicit equals the cell potential.
• The difference in potential of two electrodes in a galvanic cell is known as electrode difference.
• The cell potential (Ecell) is the measure of the implicit difference between two partial cells in an electrochemical cell. The implicit difference is caused by the capability of electrons to flow from one-half cell to the other.
• Electrons are suitable to move between electrodes because the chemical response is a redox response.
• A redox response occurs when a certain substance is oxidized, while another is reduced. During oxidation, the substance loses one or further electrons and therefore becomes appreciatively charged.

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