To determine the correct statement, we can set up a system of equations based on the information provided.
Let \( p \) represent the number of petunias and \( b \) represent the number of begonias.
From the problem, we know:
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The total number of plants is 19: \[ p + b = 19 \]
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The total cost of the plants is $225: \[ 11p + 15b = 225 \]
Now, we can solve this system of equations.
From the first equation, we can express \( b \) in terms of \( p \): \[ b = 19 - p \]
Now, substitute \( b \) into the second equation: \[ 11p + 15(19 - p) = 225 \] Distributing the 15: \[ 11p + 285 - 15p = 225 \] Combine like terms: \[ -4p + 285 = 225 \] Subtract 285 from both sides: \[ -4p = -60 \] Dividing by -4 gives: \[ p = 15 \]
Now substitute \( p = 15 \) back into the equation for \( b \): \[ b = 19 - p = 19 - 15 = 4 \]
So, Jim bought 15 petunias and 4 begonias.
Now, we can check the statements:
- Jim bought 18 begonias. (Incorrect)
- Jim bought 15 begonias. (Incorrect)
- Jim bought 4 petunias. (Incorrect; he bought 15 petunias)
- Jim bought 15 petunias. (Correct)
Therefore, the correct statement is: Jim bought 15 petunias.