I = E/R
Yes. Pressure being voltage. Voltage divided by resistance equals current.
half of the current flowing thru resistor 1.... V=IR.
Current flowing through a device depends on resistance offered by that device.
Current stops flowing.
V = I * R. 1.5 = 8*IThe current flow is 3/16 Amps.
Resistance
The electric current encounters resistance while flowing through a conductor, which results in the conversion of electrical energy into heat. This resistance is impacted by factors like the material of the conductor and its dimensions.
The result of an electric current flowing through a wire is the movement of electric charge, typically in the form of electrons, from one point to another. This flow of charge creates a magnetic field around the wire and generates heat due to resistance in the wire material. The amount of current flowing is determined by the voltage applied and the resistance of the wire.
Mass
An ideal ammeter is a device that measures electric current and has zero resistance, producing no voltage drop when connected in a circuit. This ensures that the current being measured is not affected by the presence of the ammeter itself, providing an accurate reading of the current flowing through the circuit.
..using the formula Voltage(V)=Current(I) * Resistance(R) .. we can get the result ...current will be 5 Ampere
To increase the electric current flowing through a circuit, you can use methods such as increasing the voltage, reducing the resistance in the circuit, or adding more power sources.
V=IR V=Voltage I=Current R=Resistance I=V/R 5 Amps.
A compass needle test will determine whether a current is flowing in the wire.IF the current is flowing the compass needle will deflect from alignment with the wire.
The opposition to the movement of charges flowing through a material is called resistance. It is a property that determines how strongly a material resists the flow of electric current.
An ammeter is the instrument used to measure current in an electric circuit. It is connected in series in the circuit and provides a reading of the amount of electric current flowing through it.
If two identical cells connected in series or parallel send the same current through a 2 ohm resistor, then the internal resistance of each cell would be 1 ohm. This is because when connected in series, the total resistance seen by each cell is 1 ohm, meaning half of it comes from the internal resistance of one cell. The same logic applies when connected in parallel.