If obstacles in the area are swept by the straps, what could occur?

If obstacles in the area are swept by the straps, what could occur?

• A. Increase energy absorption efficiency
• B. Extend pendant length
• C. Prohibit proper kinetic energy absorption
• D. Cause longer stopping distance

Answer: (C)

Obstacles swept by the straps disrupt the ability to absorb kinetic energy as designed. The energy-absorbing straps are meant to move freely along a defined path and elongate to dissipate energy safely. If objects sweep into that path, the straps can snag or be blocked, preventing them from reaching full extension or engaging the dissipating elements properly. With the energy absorption not functioning as intended, the system cannot convert the moving mass’s kinetic energy into the planned deceleration, so stopping isn’t achieved efficiently. The result is a longer stopping distance. The other options don’t fit because obstacles wouldn’t increase energy absorption or extend the strap length; they would hinder the mechanism and worsen stopping performance.

Obstacles swept by the straps disrupt the ability to absorb kinetic energy as designed. The energy-absorbing straps are meant to move freely along a defined path and elongate to dissipate energy safely. If objects sweep into that path, the straps can snag or be blocked, preventing them from reaching full extension or engaging the dissipating elements properly. With the energy absorption not functioning as intended, the system cannot convert the moving mass’s kinetic energy into the planned deceleration, so stopping isn’t achieved efficiently. The result is a longer stopping distance. The other options don’t fit because obstacles wouldn’t increase energy absorption or extend the strap length; they would hinder the mechanism and worsen stopping performance.