What reduces the flow of current?

Answer 1

Oh, dude, it's like when you put a resistor in a circuit. It's like that annoying friend who slows down the group when you're trying to get somewhere - they just resist the flow of current, making it harder for electricity to move through. So yeah, resistors reduce the flow of current, like that friend who always suggests taking the scenic route.

Answer 2

The flow of current can be reduced by increasing the resistance in a circuit, as described by Ohm's Law (V=IR). Additionally, decreasing the voltage or increasing the length of the conductor can also reduce the flow of current. Lastly, introducing insulating materials or components with higher resistivity can impede the flow of current in a circuit.

Answer 3

Well, darling, the flow of current is reduced by increasing resistance in the circuit. It's like trying to run through molasses - the higher the resistance, the slower the current flows. So, if you want to put the brakes on that electric current, just crank up the resistance and watch it slow down.

Answer 4

In a conventional current, the electric field points the way decreasing electric potential goes. The current from the positive terminal is at a higher potential toward the negative terminal, which means the current is in the direction of decreasing potential.

Answer 5

Resistance in a circuit reduces the flow of current. Higher resistance means less current flow, as described by Ohm's Law (V=IR). Other factors like the length and thickness of wires can also affect current flow.

Answer 6

Either a decrease of the voltage between the ends

of the path, or else inserting resistance in the path.