To analyze the given equation and solve it, let's clearly define the parts as requested.
Given Equation:
\[ 14 + 2(4x + 5y) - x - 2(y - 6) = x - 2(5 - 4y) \]
Identify Parts of the Equation
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Expressions:
- Left Side: \( 14 + 2(4x + 5y) - x - 2(y - 6) \)
- Right Side: \( x - 2(5 - 4y) \)
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Variables:
- \( x \)
- \( y \)
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Coefficients:
- For \( x \): \( -1 \) (from \(-x\)) and \( 1 \) (from \(x\) on the right side)
- For \( y \): \( 2 \) (from \(10y\) on the left side after distribution)
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Constants:
- \( 14 \) (from the left side)
- \( -12 \) (result of distributing \(-2\) and combining constants)
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Factors (related to multiplication):
- \( 2 \) (as a factor in \(2(4x + 5y)\))
- \( 4 \), \( 5 \) (as factors in \(2(4x + 5y)\) and \(-2(5 - 4y)\))
- \( -2 \) (as a factor in \(-2(y - 6)\) and \(-2(5 - 4y)\))
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Terms:
- \( 14 \)
- \( 2(4x + 5y) \)
- \( -x \)
- \( -2(y - 6) \)
- \( x \)
- \( -2(5 - 4y) \)
Solve the Equation
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Apply the Distributive Property: \[ 14 + 2(4x + 5y) - x - 2(y - 6) = x - 2(5 - 4y) \] Distribute \(2\) and \(-2\): \[ 14 + 8x + 10y - x - 2y + 12 = x - 10 + 8y \]
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Combine Like Terms on the left side: \[ (8x - x) + (10y - 2y) + (14 + 12) = x - 10 + 8y \] Simplifying: \[ 7x + 8y + 26 = x - 10 + 8y \]
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Eliminate \(8y\) from both sides (using the Commutative Property here): \[ 7x + 26 = x - 10 \]
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Move the \(x\) from the right to the left to consolidate \(x\) terms: \[ 7x - x + 26 = -10 \] This simplifies to: \[ 6x + 26 = -10 \]
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Subtract 26 from both sides: \[ 6x = -10 - 26 \] \[ 6x = -36 \]
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Divide by 6: \[ x = -6 \]
Summary of Steps and Properties Used
- Distributive Property was used when expanding \(2(4x + 5y)\) and \(-2(y - 6)\).
- Commutative Property was used for rearranging terms when canceling \(8y\).
- Associative Property was not directly used, but is inherent in the grouping of terms.
Final Solution
The solution to the equation is: \[ x = -6 \]