Final answer:
The correct option is False.
It is false that it is easy to isolate a magnetic monopole; they have not been observed experimentally, unlike electric charges which can be separated easily. Magnetic poles always come in pairs, and the potential discovery of monopoles would revolutionize our understanding of electromagnetism.
Step-by-step explanation:
The question of whether it is easy to isolate a magnetic monopole as it is to separate electric charges has a straightforward answer: it is false. While electric charges can readily be separated into positive and negative, there has yet to be a conclusive discovery of individual magnetic monopoles, i.e., isolated north or south poles. The difference between magnets and charges is significant because, unlike electric charges, magnetic poles always occur in pairs; you cannot have a north pole without a south pole and vice versa. A traditional bar magnet cut in half does not result in separate monopoles but rather, each piece becomes a smaller dipole with both north and south poles.
Laboratory experiences and theories in electromagnetism show that all magnetic effects can be explained by currents, not monopoles. The nonexistence of magnetic monopoles in experiments thus far suggests that they are completely different in nature from electric charges. If scientists were to find evidence of magnetic monopoles' existence, it would be groundbreaking and would significantly alter our understanding of electromagnetism and possibly lead to revisions of Maxwell's equations, which currently assume no monopoles exist.