Solving the Equation: (4/9)(16x - 1) - (4x - (1 + x)/9) = (1/9)x(16/9)
This equation might look intimidating at first, but with a few steps, we can simplify it and find the solution for 'x'. Let's break down the process:
1. Simplifying the Equation
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Distribute: Start by distributing the constants outside the parentheses:
(64/9)x - (4/9) - 4x + (1 + x)/9 = (16/81)x
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Combine like terms: Combine the 'x' terms and the constant terms:
(64/9)x - 4x + (1 + x)/9 - (4/9) = (16/81)x
(28/9)x + (1 + x)/9 - (4/9) = (16/81)x
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Simplify the fraction: Combine the fractions with the same denominator:
(28/9)x + (1 + x - 4)/9 = (16/81)x
(28/9)x + (x - 3)/9 = (16/81)x
2. Isolating 'x'
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Move 'x' terms to one side: Subtract (16/81)x from both sides:
(28/9)x - (16/81)x + (x - 3)/9 = 0
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Find a common denominator: To combine the 'x' terms, find a common denominator for the fractions:
(224/81)x - (16/81)x + (x - 3)/9 = 0
(208/81)x + (x - 3)/9 = 0
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Combine 'x' terms:
(208/81)x + (9/81)x - (3/9) = 0
(217/81)x - (1/3) = 0
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Isolate 'x': Add (1/3) to both sides:
(217/81)x = (1/3)
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Solve for 'x': Multiply both sides by (81/217):
x = (1/3) * (81/217)
x = 27/217
Conclusion
The solution to the equation (4/9)(16x - 1) - (4x - (1 + x)/9) = (1/9)x(16/9) is x = 27/217. By systematically simplifying the equation and isolating 'x', we were able to find the solution.