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Refer to the Scenario Below to Answer the Following Questions

question 97

Multiple Choice

Refer to the scenario below to answer the following questions.
In the 1990s, Millie was only a small town in Northeastern Taiwan with a Woodcraft Museum, a shoe store, a small restaurant, a grocery store and several woodcraft stores. Over the next three decades, the small town transformed into an international tourist attraction, attracting thousands of tourists who are intrigued with the lifestyle of Millie's largest population, the Pinpu. Ben and Mary Chen, having grown up within the locality of Millie, decided to capitalize on their town's popularity and their woodworking skills. Their shop, Pinpu Wood, began with a small display of handmade rocking chairs, Ben Chen's specialty. But within a few months, the display at Pinpu Wood included picnic tables, flower boxes, wooden statues and small handmade novelty items. No other shop offers the same. Mary Chen decorated the shop's display room with authentic Pinpu décor and eventually hired three Pinpu friends to sew and embroider napkins and other textiles per customer request. In addition, two women from the Pinpu community sought permission to display home-baked pastries and dumplings on Saturdays and Sundays, the town's busiest tourist days, when Millie attracted swarms of visitors to its flea market on the south edge of town. "Millie is full of specialty shops," Mary Chen stated. "People don't come here to buy things made in France or the United States. They want real, Pinpu-made goods."
-Which of the following is most critical to Pinpu Wood's success?

Definitions:

Methylene Group

A bivalent functional group (-CH2-) consisting of a carbon atom bonded to two hydrogen atoms.

LiAlH[OC(CH3)2]3

A chemical compound used as a reducing agent in organic synthesis, often referred to as Lithium Aluminium Hydride.

Major Organic Product

The predominant compound formed in a reaction involving organic molecules, typically distinguished by its quantity.

Following Reaction

A phrase typically used to introduce the sequence or outcome of a chemical process or reaction of interest.