A portion of the energy generated by the cell is used for performing useful work, such as rotating the blades of an electric fan. Another portion of the energy is dissipated as heat, leading to an increase in temperature of the connected gadget or device.
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The energy generated by a cell in an electric circuit is utilized to power electrical devices. When a cell, such as a battery, is connected to a circuit, it establishes an electric potential difference (voltage). This potential difference creates an electric field, encouraging the flow of electrons within the circuit. As the electrons move through the conductive path, they can do work by powering various components like light bulbs, motors, or electronic devices. The cell’s chemical reactions generate electrical energy, and this energy is converted into useful work, light, or other forms of energy within the circuit, enabling the functioning of connected devices.