Physics, asked by suranjankapil, 8 days ago

define electric power and derive an expression for power in terms of v and i

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Answered by mohmmadnadeem860

your question is wrong but the relation between v and i I explain..

Explanation:

Ohms Law= Ohm's law was given by scientist Om in 1826 it is straight that at a constant temperature current(i) flowing in a conductor is definitely proportional to the potential difference apply a cross It Ends .

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V=iRwhere R is a constant and R is Resistance I is current you know very well V = I×r

Answered by jhachandan716

Answer:

Explanation:The rate of change of electrical energy consumed in an electric circuit is termed as electric power or power may be defined as the amount of work done per unit time SI unit of power is watt (w) Formula: p= W/T

Or P= E/T Mark me as brainliest if it helped you

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define electric power and derive an expression for power in terms of v and i​

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Ohms Law= Ohm's law was given by scientist Om in 1826 it is straight that at a constant temperature current(i) flowing in a conductor is definitely proportional to the potential difference apply a cross It Ends .

V=iRwhere R is a constant and R is Resistance I is current you know very well V = I×r

define electric power and derive an expression for power in terms of v and i