What is a correct description of static electricity control methods?

What is a correct description of static electricity control methods?

• A. Bonding and grounding are used to prevent sparks
• B. Only one of bonding or grounding is ever used
• C. Bonding makes surfaces slippery
• D. Grounding increases energy in the system

Answer: (A)

Static electricity control hinges on keeping conductive surfaces at the same electrical potential and giving charges a safe path to flow away. Bonding connects conductive objects so they share the same potential, while grounding provides a direct path to the earth to dissipate charges. When these practices are used, the buildup of a potential difference that could cause a spark is minimized, which is crucial to prevent ignition in hazardous environments. The given correct description reflects that bonding and grounding work together to prevent sparks. The idea that only one of them is ever used isn’t accurate, because many operations rely on both to maintain a uniform potential and a discharge route. Bonding doesn’t make surfaces slippery, and grounding does not increase energy in the system; instead, grounding helps remove excess energy by directing it away.

Static electricity control hinges on keeping conductive surfaces at the same electrical potential and giving charges a safe path to flow away. Bonding connects conductive objects so they share the same potential, while grounding provides a direct path to the earth to dissipate charges. When these practices are used, the buildup of a potential difference that could cause a spark is minimized, which is crucial to prevent ignition in hazardous environments.

The given correct description reflects that bonding and grounding work together to prevent sparks. The idea that only one of them is ever used isn’t accurate, because many operations rely on both to maintain a uniform potential and a discharge route. Bonding doesn’t make surfaces slippery, and grounding does not increase energy in the system; instead, grounding helps remove excess energy by directing it away.