Question
Real Tutor Solution
Tutor-Verified Answer
Answer
Multiply both sides by 13 to get \( 13q = 13 \times \square \).
Solution
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!
Reviewed and approved by the UpStudy tutoring team
Like
error msg
Explain 
Simplify this solution 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!
