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Electric cells
The parts in an electric circuit are as follows: wires that contain two D-cells, a light bulb, and a switch, the D-cells are the energy source, the bulb is the load, the switch controls the flow of electric charges and the connecting wires provide a complete path that joins all the parts together.
In short, the light (electromagnetic energy) shining on the solar cell is converted directly to electric charge (potential energy). The increase in the electric charge can promote the flow of electric current in an external circuit, in much the same way as an ordinary electrical battery would.
An electric current flowed around the circuit.
ATP
convert chemical energy into electrical energy
There is a chemical reaction in the battery cells with transfer of ion charges between the anode and cathode bringing about a charge differential potential between the cathode and anode.When connected by a conductor the flow of electrons in the circuit is the electric current energy.
electric energy
1.A generator driven by an engine 2. Photovoltaic cells from sunlight 3. A lead-acid battery 4. A thermo-electric device
Mitochondria are what supplies energy to cells for active transport. ATP is the molecule that does this. Also known as adenosine triphosphate.
to form an electric circuit two terminals are required it is being closed and electric current passes through it .
The form of potential energy inside of a battery is electrical energy travel inside the circuit. It takes cells inside the battery don't recharge, the cells are dead.