Complete the pattern: \[ \begin{array}{r}\square \div 10=4.751 \\ \square \div 10=47.51 \\ \square \div 10=475.1 \\ \div 10=4,751\end{array} \]
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Bonus Knowledge
The pattern in the equations shows that each time you divide by 10, the number moves the decimal point to the left. To solve for the missing values, you need to simply multiply 10 back into each value on the right side of the equations. Starting with the first equation: 1. \( \square \div 10 = 4.751 \) → \( \square = 4.751 \times 10 = 47.51 \) 2. \( \square \div 10 = 47.51 \) → \( \square = 47.51 \times 10 = 475.1 \) 3. \( \square \div 10 = 475.1 \) → \( \square = 475.1 \times 10 = 4751 \) Therefore, the complete pattern is: \[ \begin{array}{r}\text{47.51} \\ \text{475.1} \\ \text{4751} \end{array} \]