To set up the equation, we start by identifying the total money raised for the tournament and the costs involved.
The total money raised is:
\[
1353
\]
The cost of renting the bus is:
\[
943.50
\]
The remaining money after renting the bus is:
\[
1353 - 943.50 = 409.50
\]
Next, they budget $31.50 per player for meals. If \( x \) is the number of players, the total cost for meals will be \( 31.50x \).
Now we can set up the equation to find the number of players:
\[ 31.50x = 409.50 \]
To write it in the form \( ax + b = c \), we can rearrange it slightly:
\[ 31.50x + 0 = 409.50 \]
This means:
\( a = 31.50 \), \( b = 0 \), and \( c = 409.50 \).
Now we can solve for \( x \):
\[ x = \frac{409.50}{31.50} = 13 \]
So the team can bring
Answer: \( x = 13 \) players to the tournament.