Frequency Response of Networks. The work is to be 5 pages with three to five sources, with in-text citations and a reference page.

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I will pay for the following article Frequency Response of Networks. The work is to be 5 pages with three to five sources, with in-text citations and a reference page. The essay “Frequency Response of Networks” talks about the theory behind frequency response in inductive and capacitive reactances and presents the plot of frequency response of the RC filter and which regions that these filters operate in. Frequency domain analysis is easier than time domain analysis It is important to obtain the frequency response of a circuit because we can predict its response to any Input signal. There are four general types of filters: Low-pass filters (LPF), Band-pass filters, High-pass filter (HPF) and Band-Reject (Stop). In this laboratory experiment, we will plot the frequency response of a network by analyzing RC passive filters.

Capacitive reactance derivation from equation Vcos(ω t + p) where V is the amplitude (can be current or potential), ω is the angular frequency, t is time, and Φ is a phase shift. The current flowing through a capacitor is given by i = C(dv/dt). Naturally, since v = V cos(ωt+ Φ), DV/dt would equal – ω Vsin(ωt+ Φ). Using trigonometric identity we can rewrite sin as cos and get –ωVcos (ωt+ {Φ -90}) (subtracting 90 degrees from sin to get cosine) by taking the derivative of the voltage and multiplying it by the capacitance we get the current flowing through the capacitor i = – ωCVcos(ωt+ [Φ -90]). This is in the time domain. In order to derive the impedance/reactance, it must be converted to the frequency domain by writing the voltage and current as a phasor solving using Euler’s Identity where ejx = cosx + jsinx j is the imaginary number.

Write 6 pages thesis on the topic an airplanes.

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Write 6 pages thesis on the topic an airplanes. This paper attempts to explain how vital aerodynamic principles are involved in the flying process, how managing control of balance is the most crucial step and discusses the forces that help the planes stay in the air and land back on earth. Aerodynamics is the study of points as a result of which objects can fly in the air, which is also discussed in the paper to explain how planes fly. &nbsp.

&nbsp.&nbsp.&nbsp.&nbsp.&nbsp.&nbsp.&nbsp.&nbsp.&nbsp.&nbsp.&nbsp. Everyone needs to be familiar with the physical demonstration or physical description of the airplane lift. According to Bernoulli’s principle, which is thought by many to form the backbone of the flying process, the air keeps speeding up as the pressure starts lowering, which is the reason why a plane keeps going up as the airspeed becomes more robust and faster over the top of the enormous plane wings as a result of which a region of low pressure is created. As the air goes faster, and a part of low pressure is created, the wings of an airplane generate lift, and movement is made up through the thin air. It is no secret that humans have always remained interested in aerodynamics, which is why two American men, widely known as the Wright brothers managed to invent the world’s the first airplane after conducting their experiments at length using the aerodynamic principles. As mentioned before, control forms the most crucial factor when analyzing the flying process. Though the Wright brothers were not the first to be involved in the experimental aircraft, they still have the honor to be the first people to invent control necessary for managing the aircraft balance. The concept of fixed-wing powered flight was impossible before the Wright brothers created aircraft controls and made the first fully controlled, balanced, and powered flight, thus bringing a turning point in history. The most important part of the invention was the three-axis control, which helped lift the airplane from the ground up into the air. The three-axis management job was to help the pilot inappropriately steering the jet and maintain its control so that the flight would remain successful and uninterrupted. The use of the three-axis power to lead the aircraft and maintain its equilibrium has become a standard and a firm principle in the flying process. The same goes for fixed-wing aircraft of all other kinds where the tool of three-axis control is still used essentially.

Write a 8 pages paper on clear ways in which civil engineers have decided to face the issue of global warming.

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Write a 8 pages paper on clear ways in which civil engineers have decided to face the issue of global warming. Global warming is affecting the world of today. Global warming is the gradual increase in the earth’s temperature as a result of the presence of greenhouse gases in the atmosphere (Ramnarayan Chattopadhya, 2004). These gases are always emitted into the atmosphere as a result of human activities. The greenhouse gases include carbon dioxide, methane, chlorofluorocarbons, and many others more (Organisation, 2002). The world needs to understand global warming, and its effects on the world we are living in. In this way, a person will try to analyze if the activities he or she is involved in and whether it contributes to the emission of greenhouse gases.

The only way to reduce the number of greenhouse gases being released into the atmosphere is by making aware of the effect of globalization. Some of the human activities that contribute to global warming include bush burning, charcoal burning, methane produces from the production of biogas, and deforestation (Global warming. 2009), (Tom Shipley, 2011). As the world is heavily investing in industrialization, the number of industries in the world is on the rise. This has majorly contributed to the large release of carbon dioxide into the atmosphere. This paper is clearly going to identify some of the effects of global warming, the contribution of civil engineering on the issue of global warming, and the advantages of reducing global warming. When fighting global warming everybody’s effort is needed (Natalie Goldstein, Global warming 2009). Furthermore, Civil Engineering can play a role in reducing global warming.

Global warming has an effect on everybody, the farmers, the industries, and even the engineers. In Civil Engineering, the emission of greenhouse gases to the atmosphere has greatly contributed to the high temperature that is experienced in the world of today (U.S. Global Change Research Program, 2009).&nbsp.This high temperature has contributed to drought areas, warming of the ocean surface, and bigger and abrupt floods.&nbsp.

Write 1 page thesis on the topic the use of evidenced-based practice.

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Write 1 page thesis on the topic the use of evidenced-based practice.

Staffing is a major factor hindering the research utilization and evidence-based practice in my workplace. It is very difficult for an individual to implement EBP on their own rather there is a need for teamwork and consultations. The limited number of staff, therefore, makes the process difficult, as there is limited time and an increased workload for research and EBP utilization. Another factor that hinders the adoption of research utilization and evidence-based practice is the unavailability of the necessary resources and support at the workplace. Moreover, there is a poor culture and leadership in EBP adoption making the process quite challenging to achieve. In the attainment of the appropriate culture, it is crucial for the organization to hire professionals who support and demonstrate commitment to the process, as health care practitioners who have a commitment to research and EBP utilization are able to achieve excellent patient care (MacDougall & Riley, 2010). It is also essential for the organization to recognize individuals participating in research and EBP to provide a clear message on the importance of the practice in the workplace.