To represent the scenario mathematically, we can set up the following system of equations based on the information given:
-
Mario found 10 more coins than Luigi:
\( M = L + 10 \) -
The total number of coins they found together is 88:
\( M + L = 88 \)
So the system of equations is:
\[
\begin{cases}
M = L + 10 \
M + L = 88
\end{cases}
\]
Now, let's check the options to see which one matches our equation system. The correct response is:
\({ M = L + 10, M + L = 88 }\)
Now, we can confirm their individual coin counts by solving this system of equations.
Substituting the first equation into the second:
\( (L + 10) + L = 88 \)
\( 2L + 10 = 88 \)
\( 2L = 78 \)
\( L = 39 \)
Now, substituting \(L\) back to find \(M\):
\( M = L + 10 = 39 + 10 = 49 \)
Thus, Mario found 49 coins, and Luigi found 39 coins.
The option corresponding to this solution is:
Mario found 49 coins, Luigi found 39 coins.