To evaluate whether Madison's statement is correct, we will calculate both expressions and see if they yield the same result.
First Expression: Calculate \( 579.8 \times 0.001 \).
\[ 579.8 \times 0.001 = 0.5798 \]
Second Expression: Calculate \( 579.8 / 10 \times 3 \).
First, divide \( 579.8 \) by \( 10 \):
\[ 579.8 / 10 = 57.98 \]
Now, multiply that result by \( 3 \):
\[ 57.98 \times 3 = 173.94 \]
Now we have the two results:
- From the first expression: \( 0.5798 \)
- From the second expression: \( 173.94 \)
Since \( 0.5798 \) is not equal to \( 173.94 \), Madison is incorrect.
To summarize: \( 579.8 \times 0.001 \) does not equal \( 579.8 / 10 \times 3 \).