Question

consider the following scenario between dave, a printer, and steve, an assistant in the local university's athletic department.

Answer 1

In a business context involving a university's allocation of printers, the task is to calculate the number of laser printers required for faculty and staff by dividing the total number of employees by the proposed printer-to-employee ratio, which results in a need for at least 26 printers.

Step-by-step explanation:

The question appears to revolve around a practical issue within a business context, specifically within the operations of a university's athletic department and the responsibilities of a printer and an assistant. The scenario requires an understanding of resource allocation and management, as the university administration proposes a ratio of laser printers to employees to optimize costs and resources.

The solution involves dividing the total number of employees (86 faculty members + 167 staff members) by the printer-to-employee ratio proposed (1 printer per 10 employees). Therefore, to determine the number of printers needed, one would perform the following calculation:

1. Add the number of full-time faculty members (86) to the number of full-time staff members (167) to get the total number of employees (253).
2. Divide the total number of employees (253) by the ratio number (10) to get the number of printers needed.
3. Solve: 253 employees ÷ 10 = 25.3, which means that at least 26 laser printers are necessary to serve all employees.

This simple mathematical operation is common in business tasks such as budgeting for supplies or equipment.