To model the situation with an inequality, we need to consider the total cost of the calculator and the notebooks the student wants to buy. The student has $37 to spend, so we want to set up an inequality that expresses that the total cost cannot exceed this amount.
The cost of the calculator is $24, and the cost of each notebook is $2. If \( n \) represents the number of notebooks, then the total cost of the notebooks is \( 2n \).
The total cost of both the calculator and the notebooks is therefore \( 24 + 2n \). Since the student has at most $37 to spend, we can set up the following inequality:
\[ 24 + 2n \leq 37 \]
This inequality shows that the total spent on the calculator and the notebooks should be less than or equal to $37.
However, looking at the response options you provided, the correct form that matches this is:
\[ 37 \geq 2n + 24 \]
This means the same thing as \( 24 + 2n \leq 37 \).
Therefore, the correct response is: 37 ≥ 2n + 24.