McAdam Case Study Questions and Answers
McAdam Case Study Questions and Answers
442 McAdam 9B16B010 from Ivey
The McAdam case is short. Four pages. The questions below focus on the financial aspects of the case. The objective of this exercise is to demonstrate just how much information can be obtained by using arithmetic for a quantitative analysis.
Instructions:
- Please provide a written response to questions.
- Due: Before class Week 6. Send as a Word document to
- Label you answer document as follows: your first name and last name assignment name
Questions | Level 1 – Solid understanding of the facts | Level 2 – Summary observations of the situation | Level 3 –
Options, conclusions, recommendations |
|
1. What are Shell’s goals for McAdam? | 1 |
2. Calculate McAdam’s unit sales projections for 2016 and 2017. Use the table below. | 2 |
Retail Store Sales | Online Sales | Total Unit Sales | |
Projected Fiscal 2016 | |||
Projected Fiscal 2017 |
3. Calculate the manufacturers’ minimum order sizes. | 2 |
# of different handbags
(5 designs X 4 Colours X 2 seasons) X minimum manufacturer’s order size per # of different handbags |
Manufacturers’ Minimum Order | |
Local | ||
Overseas |
4. Subtract unit sales projections from minimum manufacturer orders
This table shows the number of handbags in excess of projected sales. |
1 |
Local Manufacturer – Extra Handbags | Overseas Manufacturer – Extra Handbags | |
Projected Fiscal 2016 | ||
Projected Fiscal 2017 |
5. Calculate how much money Shell will make for each unit sold (unit contribution) for local and international manufacturing.
Then, calculate the unit contribution as a percentage of the wholesale and online sales prices (Contribution Margin Rate). Use the tables below. |
2 |
Local Manufacturer
Unit Contribution | Contribution Margin Rate | |
Wholesale (sales to retail stores) | ||
Online (direct sales to customer) |
International Manufacturer
Unit Contribution | Contribution Margin Rate | |
Wholesale (sales to retail stores) | ||
Online (direct sales to customer) |
6. Based on, and referencing, your mathematical analysis, above, what two or three conclusions do you draw? | 2 | |||
Total 10 | 10 |