To determine which equation Kelia is solving, we need to consider how multiplying both sides of an equation by 4 would affect it.
Let's analyze each option:
-
6 + 4x = 1
- If she multiplies both sides by 4: \( 4(6 + 4x) = 4(1) \) \( 24 + 16x = 4 \) (valid step)
-
6 + x/4 = 1
- If she multiplies both sides by 4: \( 4(6 + x/4) = 4(1) \) \( 24 + x = 4 \) (valid step)
-
4 + 6x = 1
- If she multiplies both sides by 4: \( 4(4 + 6x) = 4(1) \) \( 16 + 24x = 4 \) (valid step)
-
4 + x/6 = 1
- If she multiplies both sides by 4: \( 4(4 + x/6) = 4(1) \) \( 16 + \frac{2}{3}x = 4 \) (valid step)
Based on the analysis, all of these steps result in valid equations. However, the question implicitly suggests that the equation should fit naturally into a context where multiplying by 4 is likely to yield a straightforward transformation.
The first choice, 6 + 4x = 1, stands out because it has a term that is directly affected by multiplication (the 4x term), making it a likely candidate for a problem where multiplying out is a key focus.
Thus, it is likely that the equation Kelia is solving is 6 + 4x = 1.