In the galvanic cell, flow of electrons ...

In the galvanic cell, flow of electrons is from

cathode to a anode in solution

anode to caltlhode in external wire

cathode to anode in external wire

anode to cathode in solution

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The correct Answer is:

In a galvanic cell, electrons move through the external circuit form the negative electrode (anode), where they are produced by the anode half-reaction, to the positive electrode, where they are consumed by the cathode half-reaction. In solution (internal circuit) the current is carried by the ions.

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In galvanic cell

oxidation occurs at anode

reduction occurs at cathode

chemical energy is converted into electrical energy

all of these

In a galvanic cell .

the flow of electrons through a wire is not possible

the anode is the positive terminal and the cathode is the negative terminal

chemical energy is converted into electrical energy

electrical energy is converted into chemical energy

In a galvanic cell

oxidation occurs at cathode

reduction occurs at anode

electrical energy produces chemical reaction

chemical reaction produces electrical energy