We examine how retailers discount the prices of product systems versus their constituent components. The topic is important because such systems are ubiquitous in our daily lives. In particular, many high-tech markets revolve around complex multi-component systems – e.g. a camera system...

The authors examine the relative magnitude of price reductions for product systems and their constituent components (e.g., cameras, computers, monitors, lenses) and hypothesize that these price reductions systematically vary across different types of systems. The authors offer rational...

We study the link between price points and price rigidity, using two datasets: weekly scanner data, and Internet data. We find that: “9” is the most frequent ending for the penny, dime, dollar and ten-dollar digits; the most common price changes are those that keep the price endings at...

We study the link between price points and price rigidity, using two datasets containing over 100 million observations. We find that (i) 9 is the most frequently used price-ending for the penny, dime, dollar and ten-dollar digits, (ii) 9-ending prices are between 24%-73% less likely to change in...

We study the link between price points and price rigidity, using two datasets: weekly scanner data, and Internet data. We find that: "9" is the most frequent ending for the penny, dime, dollar and ten-dollar digits; the most common price changes are those that keep the price endings at "9";...