Learn Before
Solving Using the General Strategy
To solve the equation , apply the general five-step strategy for linear equations:
Step 1 — Simplify each side: Use the Distributive Property to remove the parentheses by multiplying by each term inside: and . The equation becomes:
Both sides are now fully simplified.
Step 2 — Collect variable terms on one side: All variable terms () already appear on the left side only, so no rearrangement is needed.
Step 3 — Collect constant terms on the other side: The constant sits on the same side as the variable term. To move it, add to both sides using the Addition Property of Equality:
Step 4 — Make the coefficient of the variable equal to : Because is multiplied by , divide both sides by using the Division Property of Equality:
Step 5 — Check the solution: Substitute for in the original equation:
Because both sides are equal, is confirmed as the correct solution. This example illustrates that not every step of the general strategy requires action — here, Step 2 was unnecessary because the variable already appeared on only one side — but following the complete strategy systematically ensures no steps are overlooked.
0
1
Tags
OpenStax
Elementary Algebra @ OpenStax
Ch.2 Solving Linear Equations and Inequalities - Elementary Algebra @ OpenStax
Algebra
Math
Prealgebra
Related
Solving by Simplifying First
Solving
Collecting Variables and Constants on Separate Sides
Classification of Linear Equations
Solving Using the General Strategy
Solving by Distributing
Solving by Distributing and Combining Like Terms
Solving with Nested Grouping Symbols
Solving by Distributing Decimals and Collecting Terms
In a professional setting, such as a logistics manager calculating the number of shipping containers needed to meet a specific budget, you must solve linear equations systematically. Arrange the following steps of the standard four-step strategy for solving a linear equation in the correct order from start to finish.
A payroll specialist is using a standard four-step strategy to solve a linear equation to determine a staff member's total compensation. Match each step of the strategy with the correct action required.
A small business owner is solving a linear equation to determine the number of units they must sell to reach a break-even point. According to the standard four-step strategy for solving linear equations, what is the fourth and final step the owner should take?
Initiating the Equation Solving Strategy
A logistics coordinator is solving a linear equation to determine a warehouse's reorder point for safety stock. According to the systematic four-step strategy for solving linear equations, the step that involves using the Addition or Subtraction Properties of Equality to move terms so that the variable remains alone on one side is called __________ the variable.
A facilities manager is using the systematic four-step strategy to solve a linear equation representing a warehouse's monthly energy consumption. True or False: According to this strategy, the final step is to simplify the final expressions through arithmetic operations to find the precise numerical value of the variable.
Standardizing the Linear Equation Solving Strategy
Logistics Route Optimization Strategy
A production supervisor is using the systematic four-step strategy to solve a linear equation that models the daily output of a manufacturing line. According to this strategy, which of the following best describes the actions the supervisor should take during the first step, 'Simplify both sides'?
A budget analyst is using the systematic four-step strategy to solve a linear equation representing a department's quarterly spending. After the analyst has successfully isolated the variable, what is the primary objective of the next step, 'Simplify the final expressions'?
Solving with Nested Grouping Symbols
Solving with Nested Grouping Symbols
Strategy for Solving Linear Equations with Decimal Coefficients
Solving by Clearing Decimals
Solving by Clearing Decimals
Solving by Clearing Decimals
Solving
Solving Using a General Strategy
Solving Using a General Strategy
Solving Using a General Strategy
Strategy for Solving Equations with Fraction or Decimal Coefficients
Learn After
A financial analyst uses the equation -6(x + 3) = 24 to calculate a variable in a debt reduction model. Arrange the following actions in the correct order to solve for x using the general strategy for linear equations.
A quality control inspector uses the equation -6(x + 3) = 24 to determine the deviation in a batch of components. According to the general strategy for solving linear equations, which property is applied first to simplify the left side of the equation?
When adding mixed weight units in a professional log, the standard procedure is to add the ounces and pounds in separate columns before simplifying the final total.
An operations manager is using the equation to calculate a warehouse adjustment. Match each step of the general strategy for solving linear equations with the correct intermediate equation or mathematical statement produced upon completing that step.
Logistics Discrepancy Resolution
Isolating Variable Terms in Budget Adjustments
A production manager is using the general strategy to solve the equation to determine a variance in machine output. After simplifying the equation to the form , the manager must divide both sides by the number ____ to isolate the variable .
Documenting the Standard Procedure for Equation Resolution
A project manager is using the equation to model a cost adjustment. According to the general strategy for solving linear equations, which of the following represents the correct simplified form of the equation after applying the Distributive Property to the left side?
A technician is solving the equation using the general five-step strategy. After simplifying the left side to , what is the primary objective of applying the Addition Property of Equality in the next step?