Question

A student walks to school in the morning when the outside temperature is 60°F. When the same student walks home after school, the outside temperature has dropped to 35°F. In this situation, how is thermal homeostasis maintained?

Answer 1

The student's heart rate drops as a negative feedback mechanism to deliver less oxygen to the lungs

Step-by-step explanation:

The temperature has declined by 25 degrees Farenheit from 60 to 35.

Answer 2

Step-by-step explanation:

When the same student walks home after school, the outside temperature has dropped to 35 degrees. In this situation, how is thermal homeostasis maintained? answer choices The student's heart rate drops as a negative feedback mechanism to deliver less oxygen to the lungs