What happens to your body and PPGs when resistance increases in an electrical system?

When resistance increases in an electrical system, the relationship between your body and personal protective gear (PPGs) is highlighted through their similar resistance properties. In electrical systems, resistance dictates how easily current can flow. If the resistance of the circuit or environment increases, it can be understood that the current will also decrease according to Ohm's Law (V = IR). This means that the amount of electrical energy that can traverse through both the bodily tissues and the protective gear decreases.

Consequently, when observing the behavior of your body and the insulating properties of PPGs, their resistance characteristics render them increasingly similar in how they handle electrical currents. Higher resistance in both the body and PPGs results in a more effective barrier against the flow of electrical current. This is significant because it contributes to the protection mechanisms in place for linemen, enabling them to work safely around potentially hazardous electrical systems.

Other options like insulation or absorption imply a completely different functional relationship that may not accurately describe the direct consequences of increased resistance.