Which option describes an electrical injury?

Which option describes an electrical injury?

• A. A bruise from a fall
• B. A cut from a knife
• C. Damage to the skin or internal organs when a person comes into direct contact with an electrical current.
• D. A burn from hot liquids

Answer: (C)

Electrical injury happens when electric current passes through the body, causing tissue damage that can affect the skin and internal organs and may disrupt the heart or breathing. The description in this option matches that scenario: damage to the skin or internal organs resulting from direct contact with an electrical current. That direct current flow through the body is what defines an electrical injury. The other descriptions illustrate injuries from blunt trauma (a bruise from a fall), a penetrating injury (a cut from a knife), and a thermal burn from heat (burn from hot liquids). They are not caused by electricity, even though they can occur in the same incident. In EMS, electrical injuries require attention to possible internal damage and heart or respirator complications, along with surface burns, and safety precautions to ensure the power source is de-energized before approaching the patient.

Electrical injury happens when electric current passes through the body, causing tissue damage that can affect the skin and internal organs and may disrupt the heart or breathing. The description in this option matches that scenario: damage to the skin or internal organs resulting from direct contact with an electrical current. That direct current flow through the body is what defines an electrical injury.

The other descriptions illustrate injuries from blunt trauma (a bruise from a fall), a penetrating injury (a cut from a knife), and a thermal burn from heat (burn from hot liquids). They are not caused by electricity, even though they can occur in the same incident. In EMS, electrical injuries require attention to possible internal damage and heart or respirator complications, along with surface burns, and safety precautions to ensure the power source is de-energized before approaching the patient.