I’ve attached the hand calculation we did to find our Zo that we will input in t
I’ve attached the hand calculation we did to find our Zo that we will input in the code via matlab preferably and Er was provided ..For the report you don’t need to write all of it just the abstract , intro and background.. with some references
I want you to do STEP1 and STEP2,3!! Also,I need the work done on paper! Then, I
I want you to do STEP1 and STEP2,3!! Also,I need the work done on paper! Then, I want you to create the design and do the drawings and but all the laws and calculations needs! Or if you want you can use the *multsim* app to do the circuit drawing. All you need going to be in the uploaded file
I have two 3-bit input sources, X and Y. I want to control a 7×7 LED matrix, I c
I have two 3-bit input sources, X and Y. I want to control a 7×7 LED matrix, I can use decoders, MUXs, DEMUXs, and splitters on logism. give me a detailed solution on how to do it. I will provide the files
hello
they have project for Power Electronics for program multisim practical i
hello
they have project for Power Electronics for program multisim practical i need all folder and word and multisim practical
Im Electrical engineering major
Instructions: Please respond to the relevant section below.
NO paragraphs! Use a table to organize and submit your response [2-column tabular format, with prompts on the left]
Clearly identify your selected option at the top of your response
Include your Name, Major, Assignment heading, Date
All links must be hyperlinked
Submit a 1-page current/updated resume (pdf only); Add filename e.g. Resume-jon.doe
All submissions in PDF format only.
1. Attending Career Fair [Note: NO paragraphs! Use a table]
Industry Insights: Research & discuss current trends and future predictions in your field of interest.
Skill gap analysis: Research or identify what skills are currently in demand based on the ideal job position/role through speaking with professionals, or industry reps or research.
Submit a 1-page fact sheet on your plans for the career fair. Your fact sheet should:
Provide information on 3 companies of interest to you. Describe the company’s focus area (1-2 sentences).
Identify a specific job announcement for which you may qualify, or identify potential job opportunities within the company for your major.
Explain the type of assignment [internship, full time], your responsibilities, and job title
Indicate the closing dates for application
Include your targeted start date and semester, (if applicable) and the possible geographic location.
Include the company logo and a hyperlink to the company’s website and career page.
Using Tyler as a model, let’s examine how you can leverage a robotic arm for env
Using Tyler as a model, let’s examine how you can leverage a robotic arm for environmental monitoring applications. Below are suggested applications for the robotic manipulator:
1. Water Quality Sampling: Equip the robotic arm with water sampling devices to collect water samples from various sources, aiding in comprehensive water quality assessments.
2. Pollution Intervention: Enable the robotic arm to detect and intervene in pollution incidents, such as collecting debris or pollutants from water bodies, contributing to effective pollution control.
3. Vegetation Management: Incorporate features allowing the robotic arm to manage vegetation in green spaces and water bodies, assisting in environmental conservation efforts.
4. Emergency Response: Implement functionalities for the robotic arm to play a crucial role in emergency response scenarios, from deploying barriers to removing obstacles during environmental disasters.
5. Public Safety Inspections: Integrate sensors into the robotic arm for public safety inspections, detecting hazardous materials or assessing infrastructure risks in high-risk areas.
Considering Tyler’s needs and environmental challenges, you are expected to build a Business Model Canvas that is centered around the development and deployment of your robotic manipulator for diverse environmental monitoring tasks.
Complete the Business Model Canvas template for your chosen business idea: see attached file
To submit:
A one-page report on what is the environmental monitoring solution which will benefit the residents of Tyler
The completed Business Model Canvas: see attached file
A 5-minute power point presentation explaining your Business Idea and its impact on the community
For the writing assignment, students will research, draft, and complete a 3,500-
For the writing assignment, students will research, draft, and complete a 3,500-word formal research paper on the assigned topic (found below). The research paper must consist of discussion covering the topic’s background, technical details, and the topic’s impact in economic, environmental, societal, and global contexts. The paper must be supported by and incorporate primary sources, all of which must be appropriately cited in-text and in the paper’s bibliography. The paper must follow the IEEE style guide.
An integrated circuit — commonly called a chip — is a key element of modern electronics. Integrated circuits can contain collections of hundreds to billions of components, and are found in anything from spacecraft to children’s toys to cell phones and standard household tools. A number of processes are involved in realizing an integrated circuit from the conceptual stage to the final packaged device, including system design, circuit design, layout design etc., and cost, voltage supply, and power considerations.
Compose an essay on the current state of integrated circuit technologies. Identify an industry or category of product that depends on integrated circuits, and assess the current state of this important technology therein. Explain how the products produced by that industry operate and function, and evaluate how integrated circuits have been implemented in the respective industry. Trace the ways in which integrated circuit technology has developed and evolved over the years, as well as the ways in which this technology could develop into the future.
Thewater from the upstream side is guided to the power house through the panstoc
Thewater from the upstream side is guided to the power house through the panstocks which discharges water tp the inlet of the hydraulic turbines. The turbines convert maximum of kinetic energy of the flowing water into mechanical energy. The remaining part is considered as loss in the turbine and pipes. The mechanincal energy of the turbine is transmitted through a coupling shaft to be electrical generator. A little part of the total kinetic energy of the water is carried away with itself as it is discharged by the turbine to the outside atmoshphere through the tail race. The types of primemovers or tturbine used for driving hydroelectric generators depend on the difference of level of water known as hydraulic head. For low head up to 50m, vertical shaft francis turbines can be used for high heads up to 200m and the shafts may be horizontal. For head above 175m, usually another primemover called the pelton whwwl is used. Kaplin and propeller turbines are also used for low heads.
Th ewater from the upstream side is guided to the power house through the pansto
Th ewater from the upstream side is guided to the power house through the panstocks which discharges water up the inlet of the hydraulic turbines. The turbines convert maximum of kinetic energy of the flowing water into mechanical energy. The remaining part is considered as loss in the turbine and pipes. The mechanincal energy of the turbine is transmitted through a coupling shaft to be electrical generator. A little part of the total kinetic energy of the water is carried away with itself as it is discharged by the turbine to the outside atmoshphere through the tail race. The types of primemovers or tturbine used for driving hydroelectric generators depend on the difference of level of water known as hydraulic head. For low head up to 50m, vertical shaft francis turbines can be used for high heads up to 200m and the shafts may be horizontal. For head above 175m, usually another primemover called the pelton whwwl is used. Kaplin and propeller turbines are also used for low heads.
I would like to have a lab report for this experiment. All the instructions and
I would like to have a lab report for this experiment. All the instructions and lab data are attached. No need for a methodology section in the report.