To determine where the decimal should be placed in the product of \(6 \times 3.01\), we first need to calculate the product.
- Calculate the Exact Product: \[ 6 \times 3.01 = 6 \times (3 + 0.01) = 6 \times 3 + 6 \times 0.01 = 18 + 0.06 = 18.06 \]
The result of the multiplication is \(18.06\).
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Analyzing the Decimal Placement: Now, we can evaluate the positions Dylan and Lucas propose:
- Dylan suggests placing the decimal between the 8 and the 0, which would give \(180.6\).
- Lucas suggests placing the decimal between the 1 and the 8, which would give \(18.06\).
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Using Estimation: To validate our result, we can use estimation:
- We can round \(3.01\) to \(3\). Thus, estimating: \[ 6 \times 3 = 18 \] This estimate suggests our result should be somewhere around \(18\).
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Understanding Place Value:
- In \(18.06\), the number before the decimal (18) indicates that the product is a little over 18 (since we calculated \(18.06\)).
- Placing the decimal after the 8 to form \(180.6\) would imply the product is much larger than \(18\), which is incorrect based on our calculations and estimations.
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Conclusion: Dylan's placement of the decimal resulting in \(180.6\) is incorrect, as it would indicate a product significantly larger than \(18\). Lucas’s placement resulting in \(18.06\) is correct because it properly reflects the calculated product.
Final answer: Lucas is correct; the decimal should be placed between the 1 and the 8, resulting in \(18.06\).