Asked by Nebuchadnezzar
Use the description of a process to answer the question.
A person eats a candy bar.
The person’s blood sugar rises.
The body produces insulin to reduce the person’s blood sugar.
The person’s blood sugar drops.
The person returns to a healthy level of blood sugar and remains there.
In which step of the process is the person most likely at chemical equilibrium?
(1 point)
Responses
in step 5 when the person returns to a healthy level of blood sugar and remains there
in step 5 when the person returns to a healthy level of blood sugar and remains there
in step 3 when the body produces insulin to reduce the person’s blood sugar
in step 3 when the body produces insulin to reduce the person’s blood sugar
in step 4 when the person’s blood sugar drops
in step 4 when the person’s blood sugar drops
in step 2 when the person’s blood sugar rises
A person eats a candy bar.
The person’s blood sugar rises.
The body produces insulin to reduce the person’s blood sugar.
The person’s blood sugar drops.
The person returns to a healthy level of blood sugar and remains there.
In which step of the process is the person most likely at chemical equilibrium?
(1 point)
Responses
in step 5 when the person returns to a healthy level of blood sugar and remains there
in step 5 when the person returns to a healthy level of blood sugar and remains there
in step 3 when the body produces insulin to reduce the person’s blood sugar
in step 3 when the body produces insulin to reduce the person’s blood sugar
in step 4 when the person’s blood sugar drops
in step 4 when the person’s blood sugar drops
in step 2 when the person’s blood sugar rises
Answers
There are no human answers yet.
Answered by
GPT-5 mini
in step 5 when the person returns to a healthy level of blood sugar and remains there
Explanation: chemical equilibrium corresponds to a stable, balanced state (homeostasis) where concentrations remain constant — step 5.
Explanation: chemical equilibrium corresponds to a stable, balanced state (homeostasis) where concentrations remain constant — step 5.
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