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Multiply both sides by 13 to get \( 13q = 13 \times \square \).
Solución
Certainly! To multiply both sides of the equation by 13, follow these steps:
**Given Equation:**
\[
q = \square
\]
**Multiply Both Sides by 13:**
\[
13 \cdot q = 13 \cdot \square
\]
**Simplified Equation:**
\[
13q = 13 \times \square
\]
**Explanation:**
- **Left Side:** Multiply \( q \) by 13 to get \( 13q \).
- **Right Side:** Multiply the expression represented by the square (\( \square \)) by 13.
**Final Result:**
\[
13q = 13 \times \square
\]
If you have a specific expression in place of the square (\( \square \)), you can substitute it in the equation. For example, if \( \square = 5 \), then:
\[
13q = 13 \times 5 \implies 13q = 65
\]
Feel free to provide more details or specify the expression inside the square if you need further assistance!
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Simplifique esta solución Beyond the Answer
To solve for \( q \), you would express the equation clearly first. Suppose you start with \( \frac{q}{13} = \square \). By multiplying both sides by 13, you eliminate the fraction: \( q = 13 \times \square \). The beauty of manipulation in algebra lies in how easily you can transform and reveal relationships! Remember, when multiplying or dividing both sides by a number, it’s crucial to maintain the balance of the equation. One common mistake is forgetting to apply operations to both sides, leading to incorrect solutions. Always double-check your steps to ensure you’ve done each operation uniformly!
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