In the mid-nineteenth century, chemistry was largely viewed as an academic discipline focused on isolating and cataloging natural compounds. This changed dramatically in 1856 when eighteen-year-old chemist William Henry Perkin accidentally synthesized mauveine, the first synthetic organic dye, while attempting to create an artificial treatment for malaria. Recognizing the commercial potential of the vibrant purple substance, Perkin patented the process and established a factory to mass-produce it. This pioneering venture not only revolutionized the textile industry by providing affordable, consistent colorants but also transformed the field of chemistry itself. By demonstrating that valuable organic compounds could be constructed in a laboratory rather than merely extracted from nature, Perkin’s breakthrough laid the foundation for the modern chemical industry and catalyzed a new era of applied scientific research.
Which choice best states the main purpose of the text?
- ATo argue that Perkin’s primary objective in his research was to find a more cost-effective way to dye textiles.
- To explain how an accidental discovery transformed the field of chemistry from an academic pursuit into an applied industry.Answer
- CTo provide a detailed description of the laboratory methods used to synthesize organic chemical compounds.
- DTo analyze the global economic dominance of the nineteenth-century textile industry.