Describe the relivance of the material covered in chapter 19_32 to Research Paper

Describe the relivance of the material cover in chapter 19_32 to your current career ambitions.Begin the assignment describing - Research Paper ExampleIn light of the topics in these 14 chapters, this paper seeks to evaluate how my career ambitions get shaped. Introduction My career ambitions incline towards existence an galvanic and Electronics Engineer. This is a technical career that will place me in charge of designing, developing, testing and supervising of galvanizingal equipment which includes power generation equipment, communication systems, radar and navigation systems and galvanic motors as cited by the US bureau of Labour Statistics, BLS. The work primarily involves employment in research and development, electric power generation firms, manufacturing firms and engineering science services firms. Of these, I look forward to securing employment in an electrical energy generating firm. Out of the practising Electrical and Electronics Engineers, 10% work in industrie s dealing with generating, transmitting and distributing electric power, which is where I belong. Though this work generally involves being indoors, site visits would be undertaken as need be so as to solve problems in difficult equipment. The textbook, Physics, by James pushchair provides an appropriate guideline into facts about energy from the perspective of physics. But the fourteen case chapters, starting from chapter 19 through to chapter 32 concern electricity, basically giving in-depth discussion into electric charges and forces, gradually developing on this to subsequent chapters. Being an interrelated topic, the author appreciates its relationship with magnetism. Chapter 22 explains how electric charges cause the creation of electric fields which result in magnetic flux, the basis of magnetism. This also informs the presentment of electromagnetic waves in chapter 25 that mandates the discussion on optics in subsequent chapters. Since electricity has varied sources, Walk er (2420) introduces atomic physics in chapter 31 that culminates with a discussion on nuclear physics in the last chapter. Therefore, as a prospective Electrical and Electronics Engineer, I get all-round cognizeledge on electricity and its relation to other fields in physics. As indicated by BLS, designing and developing galvanising equipment partly constitutes the task of an Electrical and Electronics Engineer. Therefore, it would be paramount to know how electricity is sourced, generated, measured and distributed so as to determine the design of these equipments. The basis of this understanding lies in the knowledge of action of electric charges covered in chapter 19 so as to understand how their electromagnetic interaction would affect equipment assembly. For instance, since Walker (2076) appreciates that friction causes electrification, then, much(prenominal) action should be considered when designing electrical equipment. When designing electricity measurement instruments, I now know that what in essence would be measured would be the electric charges, whose SI unit is the coulomb, C, though Serway and Jewett (768) pick up that a majority of electrical engineering instruments would use the ampere-hour, Ah units. Similarly, the knowledge on charges will play a critical role when testing electrical equipment and when supervising, these being other core responsibilities of an Electrical and Electronics Engineer. The static electricity that exists when objects of different equilibriums are brought close to each other according to Walker (2089) should guide in choosing which objects should diminish into contact with each other. Tribolectric effect, which describes the electrical charging of materials as a result of coming into