How does the human body prevent internal energy levels from becoming too low?(1 point)
Responses
The nervous system transmits feelings of fullness to the digestive system, which signals metabolism to stop.
The nervous system transmits feelings of fullness to the digestive system, which signals metabolism to stop.
The digestive system transmits feelings of fullness to the nervous system, which signals metabolism to stop.
The digestive system transmits feelings of fullness to the nervous system, which signals metabolism to stop.
The digestive system transmits feelings of hunger to the brain, which initiates eating.
The digestive system transmits feelings of hunger to the brain, which initiates eating.
The brain transmits feelings of hunger to the digestive system, which initiates eating.
The brain transmits feelings of hunger to the digestive system, which initiates eating.
The brain transmits feelings of hunger to the digestive system, which initiates eating.
The correct response is: The brain transmits feelings of hunger to the digestive system, which initiates eating.
To understand how the human body prevents internal energy levels from becoming too low, we need to look at the role of the brain and the digestive system.
When the body's energy levels drop, the brain sends signals to the digestive system, specifically the stomach and intestines, to initiate the feeling of hunger. This feeling of hunger is a signal that the body needs to consume energy in the form of food.
The digestive system then further transmits these feelings of hunger to the brain, reinforcing the need for food intake. This communication loop between the brain and the digestive system helps to ensure that the body's energy levels do not become too low.
So, the correct answer is "The brain transmits feelings of hunger to the digestive system, which initiates eating."
How does the body react to cold temperatures? (1 point)
Responses
Your body shivers to help it maintain homeostasis.
Your body shivers to help it maintain homeostasis.
Your body shivers to make the internal temperature balanced with the external environment.
Your body shivers to make the internal temperature balanced with the external environment.
Your body sweats to help it maintain homeostasis.
Your body sweats to help it maintain homeostasis.
You body sweats to make the internal temperature balanced with the external environment.
You body sweats to make the internal temperature balanced with the external environment.
Your body shivers to help it maintain homeostasis.
Which statement describes homeostasis?(1 point)
Responses
It is a process of maintaining an internal state of balance for an organism.
It is a process of maintaining an internal state of balance for an organism.
It is how an organism reacts to external factors.
It is how an organism reacts to external factors.
It is how an organism reacts to internal factors.
It is how an organism reacts to internal factors.
It is a process of maintaining an external state of balance for an organism.