Which of the following could result from an electric shock?

Prepare for the OSHA Avoiding Electrocution Hazards in Healthcare Exam. Study with flashcards and multiple-choice questions, with hints and explanations for each. Boost your readiness for the exam!

Multiple Choice

Which of the following could result from an electric shock?

Explanation:
The range of effects that can result from an electric shock is extensive, and this is accurately represented by the first option, which states that an electric shock can lead to outcomes from slight tingling to immediate cardiac arrest. When an individual experiences electric shock, the immediate bodily response can vary significantly based on several factors including the voltage, the duration of contact, and the pathway the current takes through the body. A mild shock can cause sensations like tingling, while a stronger shock has the potential to disrupt heart function, leading to serious conditions such as arrhythmias or even immediate cardiac arrest. This variability illustrates the spectrum of electrical injuries, which can range from relatively minor symptoms to life-threatening consequences, making the first option comprehensive and accurate. In contrast, while minor burns, dizziness, and muscle paralysis can indeed occur with electrical injuries, these effects alone do not encompass the entire breadth of potential outcomes, as seen in option A. Thus, it effectively highlights the serious risks associated with electric shock in a healthcare setting.

The range of effects that can result from an electric shock is extensive, and this is accurately represented by the first option, which states that an electric shock can lead to outcomes from slight tingling to immediate cardiac arrest.

When an individual experiences electric shock, the immediate bodily response can vary significantly based on several factors including the voltage, the duration of contact, and the pathway the current takes through the body. A mild shock can cause sensations like tingling, while a stronger shock has the potential to disrupt heart function, leading to serious conditions such as arrhythmias or even immediate cardiac arrest. This variability illustrates the spectrum of electrical injuries, which can range from relatively minor symptoms to life-threatening consequences, making the first option comprehensive and accurate.

In contrast, while minor burns, dizziness, and muscle paralysis can indeed occur with electrical injuries, these effects alone do not encompass the entire breadth of potential outcomes, as seen in option A. Thus, it effectively highlights the serious risks associated with electric shock in a healthcare setting.

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