Category Management Association (CMA) Updated Category-Manager Exam Questions and Answers by casey

The correct answer is C because point-of-sale shopper data is generated through checkout scanning activity. CPCM/CMKG describes POS data as “retail POS data, including retailer and third-party scanned sales data,” and explains that the course covers how POS data is derived, key measures, sales, profitability, distribution, and shopper insights.

The phrase “scanning items at checkout” is the key. POS data is created when products are scanned during a retail transaction. When that transaction is tied to a loyalty card, the retailer can connect the basket to a household or shopper profile, which makes it much more useful for shopper analytics.

Option A is wrong because shipping products from manufacturers is supply-chain movement, not shopper data collection. Option B is wrong because online search queries are digital behavior data, not point-of-sale data. Option D is wrong because mobile tracking may show location behavior, but it is not the standard POS collection method tested here.

The correct answer is D .

SPWD is a velocity/productivity measure. A high SPWD means the product is generating strong sales for each point of weighted distribution it has. In other words, the product is performing well where it is available , even if it does not yet have broad distribution.

NielsenIQ explains that sales per distribution point accounts for distribution and ranks products on sales productivity based on distribution levels. It also gives the key interpretation: a product with higher total sales is not necessarily more productive if it has much higher distribution. That is exactly why option D is correct.

Option A is the opposite of the correct interpretation. A high SPWD does not suggest underperformance; it suggests strong velocity. Option B is wrong because total revenue alone does not account for distribution. Option C is wrong because broad availability is measured by distribution or ACV weighted distribution, not by SPWD. A product can have low distribution and still have high SPWD if it sells strongly in the outlets where it is carried.

The correct answer is B .

Slope analysis in pricing is used to evaluate how pricing changes across product sizes or volumes. In retail pricing, larger sizes are often expected to provide a better price per unit of measure. CMKG explains that price guidelines can relate to product size and that price slope analysis can be used to ensure larger sizes provide a better slope. CMKG also lists slope as a pricing measure connected to discounting by volume of purchase and elasticity.

Option A is wrong because total revenue is a sales measure, not slope analysis. Option C is wrong because production cost comparison belongs to costing or activity-based costing, not price slope. Option D is wrong because profit margin analysis focuses on gross profit or margin percentage, not the unit-price relationship across pack sizes. The key test phrase is unit price decreases as purchase quantity increases . That is exactly what price slope analysis checks.

The correct answer is D .

In space planning, the real shelf constraint is not just how many SKUs the team wants. It is whether those SKUs can physically fit while supporting replenishment needs. Days of supply and case pack requirements influence how many facings and how much shelf capacity an item needs. Oracle’s assortment and space optimization documentation explains that optimized assortment and placement use available space, product dimensions, expected demand, replenishment schedules, service levels, merchandising rules, and category goals.

This matches the exam logic: a product that needs more days of supply or must hold a full case pack requires more room. That limits how much assortment can realistically fit on the shelf.

Option A is wrong because shopper count affects demand, not the physical room available. Option B influences strategic assortment choices, but it does not directly determine shelf capacity. Option C is an output or planning decision; the number of SKUs must be constrained by space, case pack, and supply requirements.