Final answer:
Answers in 'Mathematical Methods in Engineering and Physics' cover the use of mathematics as a foundational tool in engineering and physics for designing and solving problems. Mathematical models are essential in ensuring the safety, reliability, and efficaciousness of engineering projects. Mastery of math and science is instrumental in the engineering design process and innovation.
Step-by-step explanation:
Mathematical Methods in Engineering and Physics by Gary N. Felder and Kenny M. Felder is a resource that addresses the application of mathematics in the field of engineering and physics. Mathematical models play a crucial role in various aspects of engineering, including cost-benefit-risk analysis and the creation of reliable and safe designs. Fields within engineering require an advanced understanding and application of various mathematical skills like algebra, calculus, and geometry to effectively model and solve engineering problems.
Understanding the role of math and science in engineering is also important in education, where students are advised to excel in these subjects to prepare for successful engineering careers. Ultimately, math and science are fundamental in the engineering design process, contributing to the invention and innovation of valued products affecting daily life, such as pocket radios and computers. The application of math and science distinguishes engineering from other design processes, as it relies more heavily on scientific principles and mathematical analysis.