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? *
O
The student's heart rate drops as a negative feedback mechanism to deliver less
oxygen to the lungs.
The student begins to sweat as a positive feedback mechanism to reduce the core
body temperature
O
The student begins to shiver as a negative feedback mechanism to increase the core
body temperature.
The student's breathing rate slows as a positive feedback mechanism to deliver more
oxygen to the lungs