To formulate the inequality based on the given scenario, we need to account for the total amount spent by the student on the calculator and the notebooks:
- The student spends $24 on the calculator.
- Each notebook costs $2, so if the student buys \( n \) notebooks, the cost for the notebooks will be \( 2n \).
- The total amount the student spends is the sum of the cost of the calculator and the cost of the notebooks, which is \( 24 + 2n \).
- The student has a total of $37 to spend, so we want the total cost (calculator + notebooks) to be less than or equal to $37.
Putting this together, we have: \[ 24 + 2n \leq 37 \]
This can be rearranged to: \[ 37 \geq 2n + 24 \]
Thus, the correct option that describes this situation is: A. \( 37 \geq 2n + 24 \)
(Note: In some contexts, this can be written as \( 37 \geq 2n + 24 \) or \( 2n + 24 \leq 37 \), but in terms of notation, option A presents it correctly.)