Question

In a parallel circuit, each circuit element has the same _____
A. Potential difference
B. Current
C. Charge
D. Power

Answer 1

Hint:First let us see what a parallel circuit is: A parallel circuit is classified as one in which all components are linked between the same set of points that are electrically common. Another way of explaining this is that both modules are interconnected via the terminals of each other.

Complete answer:
In all parallel devices, the voltage is the same since you have wired them together with wires believed to have zero resistance by definition. The voltage is the same (ideally) at either end of the cable, so all the modules have to have the same voltage.
One of the benefits of parallel circuits is that they ensure the same voltage as the source for all elements in the circuit. Both lamps in a series of lights, for instance, have the same brightness.
There are two or three paths for the current to pass into a parallel circuit. Across each section of the parallel circuit, the voltage is the same. Through each direction, the number of the currents is equal to the total current flowing from the source.
The basic concept of a "parallel relationship is that all elements are connected by the leads of each other. There are no more than two sets of electrically common points in a strictly parallel circuit, no matter how many elements are related. There are several current flow directions, but all modules only have one voltage.

Hence, from the above discussion we can see that option A is correct.

Note:Here we may be confused between all the options. But we should remember that the current remains the same only in series circuits. Current gets divided in a parallel circuit. Also since current gets divided, so the charge and power also get divided in a parallel circuit.