Heat exhaustion is associated with a body temperature around 104 degrees.

Heat exhaustion is associated with a body temperature around 104 degrees.

• A. 104 degrees
• B. 100 degrees
• C. 98 degrees
• D. 110 degrees

Answer: (A)

When evaluating heat-related illnesses, the key is how high the core temperature typically rises. Heat exhaustion results from overheating and dehydration, but the body's core temperature is usually normal to only mildly elevated. It does not usually reach dangerous levels. A core temperature around 104°F is more characteristic of heat stroke, which is a medical emergency and involves confusion, seizures, or unconsciousness. So the idea that heat exhaustion is associated with 104°F isn’t accurate: the higher temperature range signals heat stroke, not heat exhaustion. In the mild-to-moderate range, you’d expect a temperature near normal (around 98–100°F), with symptoms like weakness, dizziness, and sweating, rather than the severe signs seen with heat stroke.

When evaluating heat-related illnesses, the key is how high the core temperature typically rises. Heat exhaustion results from overheating and dehydration, but the body's core temperature is usually normal to only mildly elevated. It does not usually reach dangerous levels. A core temperature around 104°F is more characteristic of heat stroke, which is a medical emergency and involves confusion, seizures, or unconsciousness. So the idea that heat exhaustion is associated with 104°F isn’t accurate: the higher temperature range signals heat stroke, not heat exhaustion. In the mild-to-moderate range, you’d expect a temperature near normal (around 98–100°F), with symptoms like weakness, dizziness, and sweating, rather than the severe signs seen with heat stroke.