To determine which of the given expressions is equivalent to \( 4(12) \), we can evaluate each option:
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Option 1: \( 4(4) + 4(3) \)
- Calculate: \( 4(4) = 16 \) and \( 4(3) = 12 \)
- So, \( 4(4) + 4(3) = 16 + 12 = 28 \)
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Option 2: \( 4(10 + 2) \)
- Use the distributive property: \( 4(10 + 2) = 4(12) \)
- This is equal to \( 4(12) \), which is \( 48 \)
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Option 3: \( 4(10) \)
- Calculate: \( 4(10) = 40 \)
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Option 4: \( 4(10) + 4 \)
- Calculate: \( 4(10) = 40 \), so \( 4(10) + 4 = 40 + 4 = 44 \)
The only expression that is equal to \( 4(12) \) is Option 2: \( 4(10 + 2) \).
Thus, the equivalent expression to \( 4(12) \) is:
4(10 + 2)