Sensitivity Analysis and Budget Fundamentals

Introduction to Sensitivity Analysis and Budgeting

  • The session revolves around a how-to guide on performing sensitivity analysis using Excel for business budgeting.
  • Emphasis on understanding critical thinking and examining the data provided to derive solutions.

Classic Limo Case Study

Background

  • Classic Limo provides limousine services primarily to the Bryce Airport.
  • Services have fixed pricing per trip, with stable costs per trip.

Economic Factors Affecting Budgeting

  • Owner Mark Pence budgets income based on two fluctuating economic factors:
    • Fuel cost per trip.
    • Number of customers using the service.

Important Distinction:

  • Although Mark acknowledges that fuel costs and customer counts can affect each other, he treats them as independent variables for analysis.

Contribution Margin Scenarios

  • Contribution Margin (CM) is defined as the difference between sales revenue and variable costs.
  • Given three scenarios for analysis:
    1. Excellent Scenario:
    • Contribution Margin = $50;
    • Customers = 10,500.
    1. Fair Economy Scenario:
    • Contribution Margin = $25;
    • Customers = 6,000.
    1. Poor Economy Scenario:
    • Contribution Margin = $15;
    • Customers = 4,500.

Costs Associated with Service

  • Fixed Other Service Costs: $50,000 plus $5 for each customer ride exceeding 6,000.
  • Annual Administrative and Marketing Costs: $25,000 plus 10% of the total contribution margin.

Calculating Operating Profit

  • Use the formula for operating profit that accounts for contribution margin, contribution from customers, and all costs involved.
  • Steps to arrive at operating profits from each scenario.
  • Example calculation:
    • For poor economy scenario with 4,500 customers:
    • CM = $15
    • Calculate operating profit using: extOperatingProfit=ext(CMimesCustomers)ext(OtherServiceCosts+AdminCosts)ext{Operating Profit} = ext{(CM imes Customers)} - ext{(Other Service Costs + Admin Costs)}
  • Discuss the operational impact of each scenario on profitability and marketing costs.

Glacier Creamery Case Study

Background

  • Glacier Creamery specializes in making and selling ice cream.

Sensitivity Analysis Parameters

  • Focus is placed on two key variables:
    • Quantity of ice cream sold (affected by average summer temperatures).
    • Variable costs of production (dependent on the cost of raw materials).

Sales Dynamics

  • Expected sales volume of ice cream is 400,000 gallons, with the sensitivity of +/- 2,000 gallons related to temperature variations.
  • Example Calculation:
    • Given a temperature of 74°F, demand would decrease to:
      400,000(7674)imes2,000=398,000extgallons400,000 - (76 - 74) imes 2,000 = 398,000 ext{ gallons}

Temperature and Cost Scenarios

  • Possible temperature scenarios for the analysis:
    • 75°F, 77°F, and 80°F with corresponding sales impacts.
  • Variable costs are given as:
    • $3.00/gallon, $3.50/gallon, and $4.00/gallon

Contribution Margin and Costs

  • Selling price maintained is $6/gallon, leading to contribution margins calculated as:
    extContributionMargin=extSellingPriceextVariableCostext{Contribution Margin} = ext{Selling Price} - ext{Variable Cost}
  • Total Contribution Margin includes calculations for each temperature scenario based on quantity sold.
  • Total Expected Fixed Operating Cost is:
    400,000+ext(SalesRevenueimes10extextitextextpercent)400,000 + ext{(Sales Revenue imes 10 ext{ extit{ ext{ ext{percent}}}})}

Working with Excel

  • Importance of setting proper headers and utilizing Excel for calculations demonstrated during class.
  • Students are encouraged to calculate contribution margins and other costs using Excel formulas for accuracy.

Project Requirements

  • Each student will form groups for the budgeting project, ensuring collaboration and discussion for better understanding.
  • The project focuses on applying sensitivity analysis and operational cost understanding in budget preparation.

Conclusion

-Students will continue working on the project in the upcoming class, with the objective of applying learned concepts in real-world scenarios.

  • Feedback and guidance will be provided in subsequent sessions to ensure comprehension and accuracy.