To determine which expressions are equivalent, we need to simplify each given expression and compare it to the options provided.
For (a) \(x + x + x\):
For (b) \(24y - 16\):
The given expression is \(x + x + x\). Simplifying this, we get: \[ x + x + x = 3x \]
We compare \(3x\) with the given options:
Simplifying each option:
Only \(3x\) is equivalent to \(3x\).
The given expression is \(24y - 16\). Factoring out the greatest common factor (GCF) of 8, we get: \[ 24y - 16 = 8(3y - 2) \]
We compare \(24y - 16\) with the given options:
Both \(8(3y - 2)\) and \(8 \cdot 3y - 8 \cdot 2\) are equivalent to \(24y - 16\).
For (a), the equivalent expression is: \[ \boxed{3x} \]
For (b), the equivalent expressions are: \[ \boxed{8(3y - 2) \text{ and } 8 \cdot 3y - 8 \cdot 2} \]
Oops, Image-based questions are not yet availableUse Solvely.ai for full features.
Failed. You've reached the daily limit for free usage.Please come back tomorrow or visit Solvely.ai for additional homework help.