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To calculate the power delivered by a battery in a circuit, multiply the voltage by the current.

The power delivered by a battery in a circuit is determined by the voltage and current in the circuit. The voltage is the potential difference between the two terminals of the battery, while the current is the flow of charge through the circuit. The unit of power is watts, which is equal to volts multiplied by amperes.

To calculate the power delivered by a battery in a circuit, multiply the voltage by the current. This is known as the product of voltage and current, or V x I. For example, if a battery has a voltage of 12 volts and a current of 1 ampere, the power delivered by the battery is 12 watts.

It is important to note that the power delivered by a battery in a circuit is not constant, but varies depending on the load connected to the circuit. The load is the part of the circuit that consumes power, such as a light bulb or a motor. As the load increases, the current in the circuit also increases, which in turn increases the power delivered by the battery.

To further understand how batteries function in circuits, explore the chemistry and characteristics of different types of batteries in this detailed overview on `Chemical Cells`

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Additionally, for a broader understanding of how power and energy are managed in electrical circuits, you might find it beneficial to read about `Power and Energy in Circuits`

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Lastly, to see how different batteries vary in terms of their output and efficiency, check out this explanation on `Batteries`

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** A-Level Physics Tutor Summary:** To find the power a battery delivers in a circuit, simply multiply its voltage (potential difference between the terminals) by the current (flow of charge). The result, measured in watts, shows how much energy the battery provides per second. This calculation can vary with the circuit's load, affecting the current and thus the power output.

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