A logistics manager uses the equation 7x + 5 = 6x + 2 to compare the costs of two shipping providers. Based on the standard procedure for collecting variables and constants, arrange the following steps in the correct order to solve for x.

A retail store manager uses the equation 7x + 5 = 6x + 2 to compare the costs of two different inventory software subscriptions. According to the standard procedure for collecting variables on the left side, which operation should be performed first?

A project manager is analyzing two different equipment rental plans using the equation 7x + 5 = 6x + 2. To follow the standard procedure for collecting all variable terms on the left side, the manager must subtract the term ________ from both sides of the equation in the first step.

An inventory manager is comparing two supply chain models using the equation 7x + 5 = 6x + 2. Match each goal of the solving process with the specific action described in the standard procedure for this equation.

Designating the Variable Side in Inventory Modeling

In a corporate budget analysis using the equation 7x + 5 = 6x + 2, the standard procedure designates the left side as the 'variable side' because the coefficient 7 is greater than the coefficient 6.

Determining the Variable Side in Project Funding Analysis

Standard Procedure for Isolating Variables and Constants

A business analyst is using the equation 7x + 5 = 6x + 2 to model the cost equilibrium between two different service providers. After solving the equation and determining that the solution is x = -3, the analyst must perform a 'Check by substitution' to verify the result. Which of the following equations correctly represents the first step of this verification procedure?

A retail analyst is verifying the solution to a cost-comparison model represented by the equation 7x + 5 = 6x + 2. After determining that the solution is x = -3, the analyst performs a check by substituting this value back into the original equation. According to the standard verification procedure, what numerical value results on both sides of the equation to confirm the balance?