67. A teacher is beginning a new unit during which students will be reading from a science textbook. The teacher notices words that may be familiar to students but that are used in specific ways in the context of discussing earthquakes. Which of the following sets of words best exemplifies multiple-meaning words?
Answer: C
Fault, table, crust exemplify multiple-meaning words.
The words "fault," "table," and "crust" are used in different contexts, making them excellent examples of multiple-meaning words. In the context of geology, "fault" refers to a fracture in the Earth's crust, while "table" can refer to a piece of furniture or a data table in scientific contexts, and "crust" can denote the outer layer of the Earth or the outer layer of a baked good.
A) Richter scale, earthquake, tsunami
While these terms are related to the study of earthquakes, they do not exemplify multiple meanings. "Richter scale" is a specific measurement tool, "earthquake" directly refers to seismic events, and "tsunami" is a large ocean wave caused by such events. None of these words have alternate meanings that would apply in different contexts.
B) Seismic, aftershocks, tectonic
These words are technical terms specifically related to the study of earthquakes and do not have multiple meanings in everyday language. "Seismic" pertains to waves caused by earthquakes, "aftershocks" are subsequent tremors following an earthquake, and "tectonic" relates to the structure of the Earth's crust. None of these words exhibit the multiple-meaning characteristic.
D) Plates, earthquake, epicenter
While "plates" and "epicenter" are relevant to geology, they do not showcase multiple meanings. "Plates" usually refers to tectonic plates in this context, "earthquake" is a singular event, and "epicenter" is the point on the Earth's surface directly above where the earthquake originates. These terms do not have distinct meanings in different contexts.
Conclusion
The correct answer, "fault, table, crust," represents words that carry different meanings depending on the context, thus exemplifying the concept of multiple-meaning words effectively. In contrast, the other options consist of terms that are specific to the study of earthquakes or geology and lack the versatility in meaning required to fit the question.