How can you express (15 + 30) as a multiple of a sum of whole numbers with no common factor?
Use the distributive property to express a sum of two whole numbers 15 and 30 with a common factor as a multiple of a sum of two whole numbers with no common factor.
(15 + 30)
= 15(1+2)
Following are the solution to the given expression:
Given:
\(\bold{(15 + 30)}\)
To find:
Express the equation into the multiple of a sum of whole numbers with no common factor?
Solution:
\(\to \bold{(15+30)= 15(1+2)}\\\\\)
Therefore, the answer is "Option D" that is "\(\bold{15 \times (1+2)}\)"
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