The situation involves Demetrius wanting to spend no more than $50 on shirts that cost $16 each. The total cost for \( s \) shirts can be expressed as \( 16s \). Since he can spend up to $50, we can set up the inequality as follows:
\[ 16s \leq 50 \]
This can be written as:
\[ 16s \leq 50 \]
If we refer to the options provided:
- \( 50s \leq 16 \)
- \( 50s \geq 16 \)
- \( 16s \geq 50 \)
- \( 16 \leq 50 \)
None of the given options accurately represent \( 16s \leq 50 \). If you have the choice to create your own inequality, it should be:
\[ 16s \leq 50 \]
If you need to choose the closest or a relevant option, it’s important to note that none of those options align with the correct formulation of the situation.