Selecting the Number of Warehouses: The company is now considering sustainability and environmental strategy. As part of its new initiative, it aims to reduce transportation emission by putting maximum cap on the total distance its delivery drivers travel to 1.5million miles in total.Use GoalSeek to determine the number of warehouses needed to allow the company to meet this initiative.Report the answer given by GoalSeek, to three decimal places.

Question

Selecting the Number of Warehouses: The company is now considering sustainability and environmental strategy. As part of its new initiative, it aims to reduce transportation emission by putting maximum cap on the total distance its delivery drivers travel to 1.5million miles in total.Use GoalSeek to determine the number of warehouses needed to allow the company to meet this initiative.Report the answer given by GoalSeek, to three decimal places.

BlackTom AI · Accepted Answer

We start by restating what is given and what is missing in this numerical question. The prompt describes selecting the number of warehouses to meet a transportation emission cap of 1,500,000 total miles, using GoalSeek. It then provides a proposed formulation: total_miles = C / warehouses, with C being an undefined constant, and asks to report the answer as three decimal places. There are no answer options to evaluate, so we cannot perform option-by-option analysis.

First, recognize what GoalSeek does: it adjusts a single variable (here, warehouses) to force a formula (total_miles) to equal a target value (1,500,000). To use it correctly, you must have:
- A definable relationship between total_miles and warehouses, i.e., total_miles = f(warehouses).
- A concrete numerical value for any constants involved (here, C).
- The ability to set a target total_miles = 1,500,000.

Optionally, we can assess the provided formula total_miles = C / warehouses. If we adopt this model, then solving for warehouses when total_miles is 1,500,000 gives: 1,500,000 = C / warehouses, so warehouses = C / 1,500,000. This shows how the result depends entirely on the value of C, which is not given.

Given that C is unspecified, you cannot compute a numeric answer for the number of warehouses. Here are the essential steps you would take in Practice:
- Clarify C: obtain or estimate the constant C that links total miles to the number of warehouses in the chosen model.
- Apply GoalSeek (or solve algebraically): set total_miles to 1,500,000 and solve for warehouses using warehouses = C / 1,500,000.
- Report with three decimals: if you had a numeric C, you would compute warehouses, then present the result rounded to three decimal places.

If the intent is that total_miles decreases as warehouses increase (a typical scenario), another common form might be total_miles = k / warehouses or total_miles = a + b/warehouses, depending on fixed and variable components. In any case, you must provide a concrete numeric expression and a numeric C (or equivalent constants) for a solvable problem.

In summary:
- Because there are no answer options to evaluate, you cannot identify a correct choice.
- The key missing piece is the numeric value of C (and confirmation that the relation total_miles = C / warehouses is the intended model).
- To proceed, supply C (or the full, explicit formula) and then compute warehouses as warehouses = C / 1,500,000, followed by rounding to three decimals.

If you provide a concrete value for C (or confirm the exact functional form), I can carry out the GoalSeek steps and supply the numeric result to three decimal places.

MCD2080 - T1 - 2025 Workshop Exercises (Week 10)

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