Then: -18.5 = x(-22) + (1 - x)(-14) - Treasure Valley Movers
Solving the Equation: -18.5 = x(-22) + (1 - x)(-14)
Solving the Equation: -18.5 = x(-22) + (1 - x)(-14)
Understanding how to solve linear equations is essential in algebra, and tackling expressions like β18.5 = x(β22) + (1 β x)(β14) reveals key techniques that simplify complex formulas into clear, solvable forms. Whether you're a student mastering algebra or a teacher explaining key concepts, this step-by-step guide will help you solve the equation efficiently and boost your problem-solving skills.
Understanding the Context
Step-by-Step Solution to β18.5 = x(β22) + (1 β x)(β14)
Start with the original equation:
βββββ18.5 = x(β22) + (1 β x)(β14)
Step 1: Expand the terms
Multiply out each part:
βββ18.5 = β22x + (β14) + (1)(β14) β x(β14)
ββββ= β22x β 14 β 14 + 14x
ββ(Note: β14Γ(βx) = +14x)
Key Insights
Combine like terms on the right:
βββ22x + 14x = β8x
βββ14 β 14 = β28
So:
βββ18.5 = β8x β 28
Step 2: Isolate the term with x
Add 28 to both sides:
βββ18.5 + 28 = β8x β 28 + 28
ββ9.5 = β8x
Step 3: Solve for x
Divide both sides by β8:
ββx = 9.5 / (β8)
ββx = β1.1875
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Final Answer
x = β1.1875
Why This Equation Matters
Solving equations like β18.5 = x(β22) + (1 β x)(β14) goes beyond algebra homeworkβitβs foundational for modeling real-world scenarios such as budgeting, proportional reasoning, and physics equations. Mastering this process strengthens logical thinking and prepares you for advanced math topics like systems of equations, quadratic functions, and calculus.
Tips for Solving Similar Equations
- Always expand parentheses clearly.
- Combine like terms before solving for the variable.
- Isolate the variable term step-by-step.
- Check your solution by substituting back into the original equation.