Which of the following term does not represent electrical power in the current
Answers
Answer:
The formula for electric power
The formula for electric powerP = VI……………………..(1)
The formula for electric powerP = VI……………………..(1)Where
The formula for electric powerP = VI……………………..(1)WhereP = Electric power
The formula for electric powerP = VI……………………..(1)WhereP = Electric powerV = Potential difference in the circuit
The formula for electric powerP = VI……………………..(1)WhereP = Electric powerV = Potential difference in the circuitI = Electric current.
The formula for electric powerP = VI……………………..(1)WhereP = Electric powerV = Potential difference in the circuitI = Electric current.From ohms law
The formula for electric powerP = VI……………………..(1)WhereP = Electric powerV = Potential difference in the circuitI = Electric current.From ohms lawV = IR……………………….(2)
The formula for electric powerP = VI……………………..(1)WhereP = Electric powerV = Potential difference in the circuitI = Electric current.From ohms lawV = IR……………………….(2)Substitute equation (2) in (1) we get
The formula for electric powerP = VI……………………..(1)WhereP = Electric powerV = Potential difference in the circuitI = Electric current.From ohms lawV = IR……………………….(2)Substitute equation (2) in (1) we getP = (IR)I
The formula for electric powerP = VI……………………..(1)WhereP = Electric powerV = Potential difference in the circuitI = Electric current.From ohms lawV = IR……………………….(2)Substitute equation (2) in (1) we getP = (IR)IP = I2R……………………….(3)
The formula for electric powerP = VI……………………..(1)WhereP = Electric powerV = Potential difference in the circuitI = Electric current.From ohms lawV = IR……………………….(2)Substitute equation (2) in (1) we getP = (IR)IP = I2R……………………….(3)From ohm’s law
The formula for electric powerP = VI……………………..(1)WhereP = Electric powerV = Potential difference in the circuitI = Electric current.From ohms lawV = IR……………………….(2)Substitute equation (2) in (1) we getP = (IR)IP = I2R……………………….(3)From ohm’s lawI = V/R…………………………(4)
The formula for electric powerP = VI……………………..(1)WhereP = Electric powerV = Potential difference in the circuitI = Electric current.From ohms lawV = IR……………………….(2)Substitute equation (2) in (1) we getP = (IR)IP = I2R……………………….(3)From ohm’s lawI = V/R…………………………(4)Substituting equation (4) in equation (1), we get
The formula for electric powerP = VI……………………..(1)WhereP = Electric powerV = Potential difference in the circuitI = Electric current.From ohms lawV = IR……………………….(2)Substitute equation (2) in (1) we getP = (IR)IP = I2R……………………….(3)From ohm’s lawI = V/R…………………………(4)Substituting equation (4) in equation (1), we getP = V2/R..……………………(5)