While in the Navy, I work on radar systems. Thus, I will be talking  about pulse integration and fluctuation loss in a radar which is in a  way a part of what my job/career is thus far. Typically, you need more  than a single pulse to meet the required […]

  I  choose the COMPTIA approach mainly for its structured steps that really  helps break down problems and find solutions faster and also records  the issue as a record in case further issues arise and if they are the  same or similar it will help with finding the problems occurring. […]

  I work for the Navy, doing testing and repair of Electronic Warfare  (RADAR detection and jamming) systems. A fundamental understanding of  Radio Frequency (RF) Wave Propagation is required to effectively  troubleshoot system operations. Part of this process is conduct Voltage  Standing Wave Ratio (VSWR) testing of RF pathways, such […]

 Create a problem similar to the one your  classmate has created in their original post.  Solve the problem you  created, following your classmates' instructions.  Show ALL of your  work!  SEE ATTACHEMENT FractionalExponenttopic6.PNG

The Midpoint and Trapezoidal Rules   Find a resource with a tutorial/information that will help you  create a specific, original, math problem related to your topic.   Remember, you are NOT teaching the whole topic, but just how to solve  ONE PROBLEM You've created.  You must cite your source in APA […]

  Please research at least one source of information on engineering applications of integration. Important: The  purpose of this assignment is for you to share your engineering  expertise and teach us how integral calculus is applied in your field.  Under no circumstances should you copy and paste any content from a web […]

  You'll learn the mechanics of integration.  Integration is the opposite of differentiation;  it will allow you to solve the differential equations that model the  mechanical loads on a beam and the charge on a capacitor, and help you  design both skyscrapers and microcircuitry.  Just as there are rules for differentiating functions, there are corresponding […]

Let's go beyond the mechanics. Differential calculus is a tool, invented to solve the most challenging problems in science and engineering.  For  instance, Newton used differential calculus to express the equations of  planetary motion around the Sun, as well as the rate at which a warm  object cools off in […]

  you'll continue applying the techniques of finite difference methods; but this time, you'll be taking second derivatives, and analyzing how the error in the estimate changes with mesh size.  SEE ATTACHMENT EngineeringAppliedExercise.docx Many engineering applications of differential calculus involve second derivatives. For example, Newton's second law can be written in the […]

  the notation for a derivative can have many forms like f ' (x), y', or dy/dx.   For an opportunity for a reply credit, you can research the notations  and tell us what you found about the origin of each of the notations.   Give a description of what you found in […]