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. The steps are very straightforward,…
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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 performance for a pulsed radar.…
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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 as millimeter Waveguides and Heliax.…
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SEE ATTACHMENT Instructions Consider the equation x sin x = 5, or in the notation above x sin x – 5 = 0. For this situation, what is f'(x)? Set up an Excel spreadsheet, or a program in your favorite programming language, to find solutions to the above equation. (Submit this file along with your…
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For my discussion, I choose to talk about how derivatives are used for servo motor controls. First, we need to discuss what a servo motor is and what it does. A servo motor is a current and voltage-controlled electrical motor. This motor works on a closed-loop system through the commands of a servo controller…
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There are many types of derivatives used in real life engineering situations but, the one I am going to talk about is tangents used in daily life. I specifically want to explain an example of a secant tangent line used in daily life for engineers. A secant line is a line that connects to…
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Using a simulation of the manufacturing process Mr. Gürkan found a method to find the optimal location to place buffers to help machines run smoother and longer without breaking down. The simulation ran a maximum of 50 machines and took data on cycle times and downtime to set up the production process. Then using…
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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 rules for integrating functions; and you’ll become familiar…
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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 rules for integrating functions; and you’ll become familiar…
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Create a problem similar to the one your classmate has created in their original post. Solve the problem you created, following your classmate’s instructions. Show ALL of your work! See attachement