What is the result of poor electrical continuity in a system?

Poor electrical continuity in a system leads to improper pathways for electrical current to flow. When continuity is compromised, the flow of electricity is interrupted or hampered, which can cause electrical devices to malfunction or operate erratically. This can result in devices not receiving the required voltage levels to function correctly, leading to suboptimal performance or complete failure of the equipment.

In systems with poor continuity, resistance can increase unexpectedly, which can also contribute to various issues such as overheating or tripping circuits. This challenges the functionality of electrical devices, often resulting in operational failures or electrical hazards. Therefore, the impact of insufficient continuity is directly related to the reliable operation of the devices within the system.