Final answer:
The direction of conventional current flow in a circuit is from the positive terminal to the negative terminal, usually represented as clockwise. The exact pattern of the current flow, whether in series or parallel, cannot be determined without the actual circuit diagram.
Step-by-step explanation:
Without seeing the actual circuit diagram, it's impossible to definitively answer whether the circuit is in series or parallel and the direction that the current flows. However, the information provided suggests an understanding of current flow. In a conventional circuit, the current is considered to flow from the positive terminal of the battery to the negative terminal, which traditionally is represented as flowing clockwise. This is due to the historical convention that current flows in the direction of positive charge movement, although it's really electrons that move and they flow from negative to positive.
If the simulation referred to in the question assumes a conventional current flow, then the current would indeed flow from the positive to the negative terminal, which can be considered clockwise depending on the orientation of the circuit. This also means that when the north pole of a magnet is moved toward a copper loop, if the loop is viewed from above, and the induced current is said to be in accordance with Lenz's Law (which opposes the change causing it), it would flow counterclockwise as indicated in the given reference points. Importantly, whether a current is direct (DC) or alternating (AC) doesn't change the basic rules of current flow direction in circuit diagrams, although AC does change direction while DC does not.