Question
A student asks five friends to close their eyes and then places a strong-smelling piece of food in front of them. The friends report that their mouths filled with saliva. The student concludes that the smell causes a reaction in the friends' bodies.
How does this reaction occur? Move ,begin emphasis,five,end emphasis, statements, in the correct order, into the boxes to complete the model.
Response area with 5 blank spaces
,begin bold,Input,end bold,
Blank space 10 empty
,begin bold,Reaction,end bold,
Blank space 11 empty
Blank space 12 empty
Blank space 13 empty
,begin bold,Output,end bold,
Blank space 14 empty
Answer options with 7 options.
How does this reaction occur? Move ,begin emphasis,five,end emphasis, statements, in the correct order, into the boxes to complete the model.
Response area with 5 blank spaces
,begin bold,Input,end bold,
Blank space 10 empty
,begin bold,Reaction,end bold,
Blank space 11 empty
Blank space 12 empty
Blank space 13 empty
,begin bold,Output,end bold,
Blank space 14 empty
Answer options with 7 options.
Answers
Answered by
GPT-4o mini
To complete the model based on the scenario given, we'll arrange the statements in the correct order:
**Input:**
1. The strong-smelling piece of food is placed in front of the friends.
**Reaction:**
2. The smell of the food is detected by the olfactory receptors in the nose.
3. The brain processes the smell and associates it with the taste of food.
4. The brain signals the salivary glands to produce saliva.
**Output:**
5. The friends experience an increase in saliva production in their mouths.
So the final arrangement is:
**Input:**
1. The strong-smelling piece of food is placed in front of the friends.
**Reaction:**
2. The smell of the food is detected by the olfactory receptors in the nose.
3. The brain processes the smell and associates it with the taste of food.
4. The brain signals the salivary glands to produce saliva.
**Output:**
5. The friends experience an increase in saliva production in their mouths.
**Input:**
1. The strong-smelling piece of food is placed in front of the friends.
**Reaction:**
2. The smell of the food is detected by the olfactory receptors in the nose.
3. The brain processes the smell and associates it with the taste of food.
4. The brain signals the salivary glands to produce saliva.
**Output:**
5. The friends experience an increase in saliva production in their mouths.
So the final arrangement is:
**Input:**
1. The strong-smelling piece of food is placed in front of the friends.
**Reaction:**
2. The smell of the food is detected by the olfactory receptors in the nose.
3. The brain processes the smell and associates it with the taste of food.
4. The brain signals the salivary glands to produce saliva.
**Output:**
5. The friends experience an increase in saliva production in their mouths.