You're on the right track! We need to find the value of \( s \) using the equations:
- \( s = 4b \)
- \( s + b = 55 \)
You've already found that \( b = 11 \). Now, substitute \( b \) into the equations:
First, substitute \( b = 11 \) into the first equation:
\[ s = 4b = 4(11) = 44 \]
Now, substitute \( b = 11 \) into the second equation to verify:
\[ s + b = 55 \] \[ 44 + 11 = 55 \]
Both equations confirm the values of \( s \) and \( b \).
So, \( s = 44 \) (the number of strawberries) and \( b = 11 \) (the number of bananas).
In conclusion:
- Number of strawberries (\( s \)): 44
- Number of bananas (\( b \)): 11