Final answer:
The meaning of math is central to problem-solving, while the purpose of reading, and literature in particular, is to reflect life and prompt emotional and intellectual growth. Literature serves to educate, entertain, and evoke emotions, with writers being influenced by a multitude of experiences. Math and science play a key role in the engineering design process, influencing the creation of optimized and functional designs.
Step-by-step explanation:
Understanding Literature and Mathematics
The meaning of math often revolves around the study and application of numbers, shapes, and patterns, which is fundamental in problem-solving and understanding the world around us. In contrast, the purpose of reading is multifaceted, including acquiring knowledge, understanding different perspectives, and experiencing emotional and intellectual growth. Literature, specifically, acts like a mirror to life, reflecting human experiences and emotions, and thereby helps readers gain insights into their own lives and the world.
Literature is supposed to evoke emotions, educate, entertain, and often convey deeper truths about life, much like other art forms such as performing arts, visual art, and culinary arts. These forms of art communicate with us by stimulating our senses, evoking different emotions, and sometimes even inspiring change. Writers are influenced to create by a myriad of factors, including personal experiences, societal issues, historical contexts, and their own imaginative capabilities.
Language, Thinking, and Power
Language and power are often inseparable because language is a tool that can be used to exert influence, assert authority, and shape thinking. The relationship between thinking and language is close as language provides a structure for thoughts and can greatly influence mental processes.
Mathematics in Engineering and Function Definitions
In the creative process of engineering design, math and science are critical for developing and optimizing designs that are functional, safe, and efficient. They are pivotal in creating better artifacts from the engineering design process, with precise calculations of measurements, materials, and forces being essential to successful engineering outcomes. When discussing mathematics, it is vital to understand what a function is, how to interpret the equation of a line (including slope and intercept), manipulate a line, compute and interpret a growth rate, and how to read and manipulate a graph. These concepts are applicable across various forms of design including architecture, fashion, and more.