As a data analyst reviewing a financial model, you are evaluating two potential baseline scenarios, $(1, -3)$ and $(0, 0)$, to see if they satisfy the system of constraints given by ${}3x + y = 0$ and $x + 2y = -5$. Which of the following statements correctly identifies the valid solution based on substitution?

A logistics analyst is verifying if a proposed resource distribution, represented by the ordered pair $(0, 0)$, satisfies the operational system of equations ${}3x + y = 0$ and $x + 2y = -5$. True or False: This ordered pair is a solution to the system.

An inventory manager is checking if a specific stock adjustment fits the company's resource model defined by the system:

${}3x + y = 0$ $x + 2y = -5$

To determine if the ordered pair $(1, -3)$ is a solution to this system, the manager must substitute the values into ____ (one/both) equation(s). If the resulting statements for both equations are true, then the ordered pair is a solution.

A logistics analyst is documenting the standard operating procedure for validating if a resource coordinate $(x, y)$ satisfies the system of constraints defined by ${}3x + y = 0$ and $x + 2y = -5$. Arrange the following steps in the correct order to perform this verification.

A Quality Control technician is verifying robotic arm coordinates $(x, y)$ against two precision constraints in a manufacturing model:

1. Constraint Alpha: ${}3x + y = 0$
2. Constraint Beta: $x + 2y = -5$

Match each item or coordinate pair with its correct description based on the technician's verification results.