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do you think the current flowing through every portion is same in a circuit?
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The current through all elements of a circuit is the same IF there are no elements in parallel.
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If the energy of an electric charge flowing in a circuit is conserved, which of the following obeys the Kirchhoff junction
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The sum of the current flowing in is equal to the sum of current flowing out.
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Megan wants to determine if an electrical circuit has electricity flowing through it. Which of the following evidence is proof
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please help me this is urgent.
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if the resistance of an circuit is 12 ohms and the voltage in the circuit is 60 V, the current flowing through the circuit is?
Ar
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60 V
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The amount of current flowing into an electrical circuit varies inversely as the resistance in the circuit. When the resistance
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I = E/R 42 = E/5 so E = 210 volts at R=5 ohms, I = 210/4 = 52.5 amps
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b. If a 12V battery is connected to a series circuit with two resistors of 5Ω and 8Ω, calculate the total current flowing
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To calculate the total current flowing through the circuit, we need to use Ohm's Law. Ohm's Law
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A charge of 10 coulombs has been travelling through the wire of a simple circuit,with a current of 3 A. How long has the current
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Coulombs = amperes x seconds 10 = 3 x seconds. Solve for seconds
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A charge of 10 coulombs has been travelling through the wire of a simple circuit,with a current of 3 A. How long has the current
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To find out how long the current has been flowing, you can use the relationship between charge (Q),
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if one resistor is removed from a parallel circuit, the total current will
1) decrease b) increase c) remain the same and the
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okay so the total current will decrease, but what about the second part? and the current flowing
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respond to this as if yo were in the eighth grade: Suppose you’re designing an electrical circuit. You have a circuit with
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Whoa, that sounds super cool! So basically, by using Ohm's law and Kirchhoff's laws, you can figure
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Calculate the heat energy produced in 2 minutes the following currents flowing through a circuit having a total resistance of 15
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a) To calculate the heat energy produced in a circuit, we can use the formula: Heat energy =
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Calculate the heat energy produced in 2 minutes the following currents flowing through a circuit having a total resistance of 15
