Similar to RL circuits, an RC circuit consists of a voltage or current  source, a resistor, and a capacitor. Capacitors can be used for energy  storage, high energy discharge, power factor corrections, as well as  coupling and filtering effects. In this discussion we will be  investigating the many practical uses of our capacitors, the dangers to  keep in mind when using them, and how to […]

  Research and discuss the different types of electrical transformers. There are several different types of  electrical transformers such as step up/step down transformers, iron  core, ferrite core, air coil and many more. Electrical transformers which are  magnetic devices that sends electrical energy from one circuit to the  next. The transformers produce magnetism which intern creates the  electricity. When the magnetism changes by movement or […]

  This week I will be discussing induction cooktops Research and discuss an induction cooktop circuit and its requirements for cookware material.There are a couple requirements needs for a cooktop circuit to work properly, you will need a grounded 240-volt  circuit protected with 40-50 amp breakers that terminate in an approved  junction box mounted near the cooktop. It could be either mounted on  the back […]

  An induction furnace uses an inductive coil to produce heat for  smelting and casting processes. This inductor needs to be stabilized  using several other components like capacitors and resistors to ensure  the circuit does not overheat and can continue to vary the current in  the inductive coil to maintain heat output. Discussion Prompt: Discuss the following prompts Research and discuss induction heating systems and […]

  Research and discuss how a series RLC circuit acts as a resistive circuit at resonance. An RLC circuit is an electrical circuit it consists of a resistor,  inductor, and capacitor they are represented by the letters R, L and C.  The resonant RLC circuits are connected in series and parallel. The name  RLC circuit is derived from the starting letter from the components of […]

  esearch and discuss resonance and impedance matching in a Tank Circuit. I chose this topic because I have never known how receivers worked  beyond having material that absorbs an electromagnetic wave and most  likely has a capacitor that filters out the unwanted “noise”. A tank  circuit used in receivers uses both and capacitor and an inductor to  filter out frequencies too high or too […]

Unit 2 Discussion Topic 1: Cloud-Based File Management Techniques (graded) As you begin to use OneDrive to manage your files and folders please consider how you might be able to share files and/or plan collaboratively on projects using OneDrive. Describe how you could work collaboratively on a personal or professional project. Describe how you can share a file or folder as you collaborate with teammates. […]

  Bandwidth identifies the number of waveform cycles that have at least  70.7% of the expected current and is displayed on a graph with current  on the Y-axis and frequency on the X-axis. The bandwidth will be present  when the input waveform is between the upper and lower resonant  frequency of an RLC circuit. At resonance, the most current will be  allowed through the circuit […]

Take a few minutes to look at the computers in your home (or the computer that you use for school). Describe your computer. You might consider: The type of computer The peripherals Input and output devices How much RAM do you have? Can you add more? How do you know? What type of RAM does your computer take? What processor is in your computer? How […]

The reflection should include the following steps: What did you do to complete Step 1? How did you complete Step 2 How did you create the folder? How did you add the file to the folder? How do you believe that the steps especially step three will be useful to you academically, professionally, or personally? Include at least two security issues related to using cloud […]

 Abstract (objectives)  A brief description of the experiment. The abstract should not exceed four or five sentences.   Introduction  In your own  words, explain the reason for performing the experiment and give a  concise summary of the theory involved, including any mathematical  detail relevant to later discussion in the report.  Conclusions  This section  should reflect your understanding of the experiment. Important points to  include are a […]

   Abstract (objectives)  A brief description of the experiment. The abstract should not exceed four or five sentences.   Introduction  In your own  words, explain the reason for performing the experiment and give a  concise summary of the theory involved, including any mathematical  detail relevant to later discussion in the report.  Conclusions  This section  should reflect your understanding of the experiment. Important points to  include are […]

  Why do passive filters not provide current amplification?Passive  filters do not provide current amplification because passive filters  are made up of passive components such as resistors, capacitors, and  inductors and have no amplifying elements (ElectronicsTutorial, n.d.).  Therefore, no signal gain and output level is always less than or never  exceeds the input. What is circuit isolation and why is not having any of a […]

  Research and discuss the advantages and disadvantages of passive filters. Some advantages are, it is reliable, they can handle large voltage currents and power, there is no limitation on the frequency range, they do not need the additional dc power supply for their operation, easy to design, cheaper as compared to active filter, no amplifying elements, require no power supply, high frequency. Some disadvantages are, […]

 I’m asked to provide the following: “Would you mind sending me a brief description of what your experience was within your internships? If you could do it in a resume format, where you would put your experience, would be great. You can absolutely do bullet points! I want to make sure to accurately depict all of your knowledge and experience in addition to school when […]

  Please research a specific example of an engineering application (or other real-world application) that utilizes partial derivatives (not just derivatives)!  In your original post, complete the following: smartcustomessays.com Plagiarism Free Papers Are you looking for custom essay writing service or even dissertation writing services? Just request for our write my paper service, and we\’ll match you with the best essay writer in your subject! With an exceptional team of […]

https://electronics.howstuffworks.com/diode.htm Answer the following:     Why do some materials conduct electricity/current, why do some materials insulate from electricity/current, and why do some materials semi-conduct electricity/current?     What you believe to be the most amazing use of semi-conductor technology (this could include mini, micro, and nanotechnology) in use today, or being developed for future uses. List the Internet, and other resources. smartcustomessays.com Plagiarism Free Papers Are you […]

  Applications of Partial Derivatives on  Aircraft guidance navigation and control   https://patents.google.com/patent/US9684309 https://scholarspace.manoa.hawaii.edu/server/api/core/bitstreams/40913d5d-92d6-4fef-b19c-be7a5613c8ca/content smartcustomessays.com Plagiarism Free Papers Are you looking for custom essay writing service or even dissertation writing services? Just request for our write my paper service, and we\’ll match you with the best essay writer in your subject! With an exceptional team of professional academic experts in a wide range of […]

   *You must show sufficient detail to support your work to  earn credit for your calculations. This can be hand-written work, typed  calculations, or excel formulas. To avoid round-off error, retain  at least six decimal places in all of your calculations.  Complete  all trigonometric calculations in   Knowing the value of a two-dimensional function at each node in the mesh, your objective is to calculate the partial […]

Consider two pieces of software that you use or want to learn to use (you cannot consider Word, PowerPoint, or Excel® for the purposes of this assignment). Is the software you chose proprietary, or is it open source? How do you know? If it is proprietary, find an open-source alternative (For example, if you are looking for a proprietary word processing program, you might choose […]

  Materials  that conduct electricity/current on an atomic level, are materials that  have free electrons that are able to move from atom to atom due to  small distances between each atoms outer electron band.  In turn,  electricity/current is able to flow throughout the material without much  effort. Common conductors would be copper, aluminum, gold, and silver  with copper being the most commonly used conductor due […]

  The equation for solving the Volume of a Cylinder is a simple middle school equation: V= πr2h, where h = height and r= radius. The equation can also be written in “multi variable form: f(r, h)=πr2h.  This allows us to work with partial derivatives if either h or r are  held constant. The most common real world application that I feel this  would be […]

  The example of partial derivative that I chose is rocket acceleration with respect to fuel burn rate and exhaust velocity. It takes a lot of thrust to launch a rocket through the atmosphere and therefore it needs a lot of propellent/fuel.  The original mass of a rocket is about 90% fuel so over the force of the launch the mass is significantly decreasing while […]

  The factor that determines whether a material is a conductor,  semiconductor or insulator is the amount of free electrons it has. For  example, a silicon lattice has no free electrons because they’re all  bonded to one another. This makes it an insulator. Copper has free  electrons in a pure state, making it a great conductor. Some materials  semi-conduct due to the stacking of P-type […]

  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 have created.  You  must cite your source in APA format.  (Even if you know how to create  and solve a problem related to your topic, you still must include a […]

  Can you find and share a proof of why the integral of secant squared is tangent? –As another reply opportunity, why is the integral of cosecant squared negative cotangent? smartcustomessays.com Plagiarism Free Papers Are you looking for custom essay writing service or even dissertation writing services? Just request for our write my paper service, and we\’ll match you with the best essay writer […]

 Diodes and transistors are critical components in analog electronics.   Specialty diodes are designed to perform very specific functions and can  be used to allow many useful electronic devices to perform the  functions they are designed.  While the Bipolar junction is usually  associated with amplifiers, it can also be applied to other  applications.    Answer the following: Report on ONE of the following topics and try […]

 Diodes and transistors are critical components in analog electronics.   Specialty diodes are designed to perform very specific functions and can  be used to allow many useful electronic devices to perform the  functions they are designed.  While the Bipolar junction is usually  associated with amplifiers, it can also be applied to other  applications.    Answer the following: Report on ONE of the following topics and try […]

  Can you find and share a proof of why the integral of secant squared is tangent? –As another reply opportunity, why is the integral of cosecant squared negative cotangent? smartcustomessays.com Plagiarism Free Papers Are you looking for custom essay writing service or even dissertation writing services? Just request for our write my paper service, and we\’ll match you with the best essay writer […]

  A light-emitting diode (LED) is a semiconductor device that emits  light when current flows through it. Electrons in the semiconductor  recombine with electron holes, releasing energy in the form of photons.  The color of the light (corresponding to the energy of the photons) is  determined by the energy required for electrons to cross the band gap of  the semiconductor. White light is obtained by using multiple  semiconductors or a layer of light-emitting phosphor on the  semiconductor device. LEDs – Light Emitting Diodes […]