But why come up with a 'hint' (that is perceived as force) that needs a lot of calculation ?jisbon said:
You used x for I0 in the top equation and x for V0 in the bottom equation.jisbon said:
Hmm seems like you are correct. But with now having two separate variables, how do I solve them now?phyzguy said:
I0 is 3A right? So wouldn't the power be (5*3)A *V0?lewando said:
Sorry for being careless wow :/ Got the answer too, thankslewando said:
To calculate the total resistance in a circuit with 2 sources and 4 resistors, you can use the formula: Rtotal = R1 + R2 + R3 + R4. This means that you simply add up the values of all 4 resistors to get the total resistance in the circuit.
To calculate the current in each branch of a circuit with 2 sources and 4 resistors, you can use Ohm's Law: I = V/R. First, calculate the total resistance using the formula mentioned above. Then, use this value to calculate the current in each branch by dividing the voltage of each source by the total resistance.
To determine the voltage drop across each resistor in a circuit with 2 sources and 4 resistors, you can use Ohm's Law again: V = IR. First, calculate the current in each branch using the formula mentioned above. Then, multiply the current by the resistance of each resistor to get the voltage drop across it.
Yes, you can simplify the circuit with 2 sources and 4 resistors into an equivalent circuit. This can be done by using series and parallel resistor combinations to reduce the number of components in the circuit. The equivalent circuit will have the same total resistance and voltage as the original circuit.
In a circuit with 2 sources and 4 resistors, the direction of current flow can be determined using Kirchhoff's Current Law (KCL). KCL states that the sum of the currents entering a node must equal the sum of the currents leaving that node. By applying KCL to each node in the circuit, you can determine the direction of current flow in each branch.