The rate of consumption of electric energy in an electric appliance is called electric power. Hence, the rate at which a current delivers energy is the power of the appliance.The rate at which electric energy is dissipated or consumed in an electric circuit is termed as electric power. P=VI. The rate at which energy is delivered by a current is power.
Power P=I2R, where I is the current and R is the resistance of the circuit/ appliance. Power depends on the current drawn by the appliance and the resistance of the appliance.
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The rate at which energy is delivered by the current is given by power. P=|2R Thus, it is determined by Magnitude of current Magnitude of resistance
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The rate of consumption of electric energy in an electric appliance is called electric power. Hence, the rate at which a current delivers energy is the power of the appliance.The rate at which electric energy is dissipated or consumed in an electric circuit is termed as electric power. P=VI. The rate at which energy is delivered by a current is power.
Power P=I2R, where I is the current and R is the resistance of the circuit/ appliance. Power depends on the current drawn by the appliance and the resistance of the appliance.
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the current is given by power.
P=|2R
Thus, it is determined by
Magnitude of current
Magnitude of resistance