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Simplify the expression. Write your answers using integers or improper fractions.

-3(2k-6)+(4)/(3)k
Answer:

Simplify the expression. Write your answers using integers or improper fractions.\newline3(2k6)+43k -3(2 k-6)+\frac{4}{3} k \newlineAnswer:

Full solution

Q. Simplify the expression. Write your answers using integers or improper fractions.\newline3(2k6)+43k -3(2 k-6)+\frac{4}{3} k \newlineAnswer:
  1. Distribute Terms: Distribute 3-3 to the terms inside the parentheses (2k6)(2k-6).3×2k=6k-3 \times 2k = -6k3×6=18-3 \times -6 = 18So, 3(2k6)-3(2k-6) becomes 6k+18-6k + 18.
  2. Combine Distributed Terms: Combine the distributed terms with the remaining part of the expression.\newlineThe expression now is 6k+18+(43)k-6k + 18 + \left(\frac{4}{3}\right)k.
  3. Combine Like Terms: Combine like terms, which are the terms with kk. To combine 6k-6k and (4/3)k(4/3)k, we need a common denominator. The common denominator for 66 and 33 is 66. So we convert (4/3)k(4/3)k to (8/6)k(8/6)k. Now, combine 6k-6k and (8/6)k(8/6)k. 6k-6k is the same as 6k-6k11. $(\(-36\)/\(6\))k + (\(8\)/\(6\))k = (\(-36\) + \(8\))/\(6\) k = (\(-28\)/\(6\))k = (\(-14\)/\(3\))k.
  4. Add Constant Term: Add the constant term to the simplified \(k\) term.\(\newline\)The expression now is \(-\frac{14}{3}k + 18\).
  5. Check Constant Term: Check if the constant term can be written with a denominator of \(3\) to combine with the \(k\) term, but since it is not a fraction, we leave it as is.\(\newline\)The final simplified expression is \((-\frac{14}{3})k + 18\).

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