Engineering

Your task this week is to write a research paper discussing the concept of risk modelling. Please also evaluate the importance of risk models. Lastly, construct an approach to modelling various risks and evaluate how an organization may make decisions about techniques to model, measure, and aggregate risks. Be approximately four to six pages in length, not including the required cover page and reference page. Follow APA7 guidelines. Your paper should include an introduction, a body with fully developed content, and a conclusion. Support your answers with the readings from the course and at least two scholarly journal articles to support your positions, claims, and observations, in addition to your textbook

Your presentation will consist of the following elements: an overall explanation of the technology, the technology’s history, how the technology is currently used in the world (this can be more than one slide), its advantages and disadvantages, what country this technology is most prevalently used in and why, organizations that currently build this technology, and your opinion whether this technology is or is not a good asset to the world we now live. IN the note section of each slide, you will have to provide your talking points or a summary of the slide. This summary should consist of at least 100 words. Please do not copy word for word what was said on the website where you found your information (you can paraphrase). You should have a minimum of five reference websites on your final slide.

Consider an abrupt Si pn + junction that has 1015 acceptors cm-3 on the p-side and 1019 donors on the inside. The minority carrier recombination times are ?e = 490 ns for electrons in the p-side and ?h = 2.5 ns for holes in the n -side. The cross-sectional area is 1 mm2. Assuming a long diode, calculate the current, I, through the diode at room temperature when the voltage, V, across it is 0.6 V. What are V/I and the incremental resistance (rd) of the diode and why are they different? 

Consider an abrupt Si pn + junction that has 1015 acceptors cm-3 on the p-side and 1019 donors on the inside. The minority carrier recombination times are ?e = 490 ns for electrons in the p-side and ?h = 2.5 ns for holes in the n -side. The cross-sectional area is 1 mm2. Assuming a long diode, calculate the current, I, through the diode at room temperature when the voltage, V, across it is 0.6 V. What are V/I and the incremental resistance (rd) of the diode and why are they different?

Submit a minimum of a 200-word answer for each of the following questions: Explain what is a core competency and provide examples. What is (or will be) your venture’s core competency and it is vital to your Value Proposition? For more information check: https://en.wikipedia.org/wiki/Core_competency

Need to do a single-page paper for  Critical Infrastructure Vulnerability Assessment (CISA)  which is described below to identify known risks, threats, and vulnerabilities and organize them. What is an analyzing threat? What are the Unintentional threats? The purpose of the seven domains of. a typical IT infrastructure is to help organize the roles, responsibilities, and accountabilities for risk. management and risk mitigation. This lab requires to identify risks, threats, and vulnerabilities. Include the references at the end of your paper (using APA format). Include Citations for each reference (using APA format) in the text wherever they apply NO need of a coversheet

Using this research, or other research you have uncovered discuss in detail how risk and investigate techniques could work to help the organization. ERM helps to protect an organization before an attack, whereas forensics investigate technique will help us after an attack – so let’s discuss both this week.

In a 5-page case study paper, create a fictitious client for whom you will do the following: assess either acute or chronic pain (indicate how you will conduct the assessment), identify sources of the pain (describe in detail the sources and use the biopsychosocial model), determine the consequences of the pain condition (describe the physical and psychological consequences), and formulate a pain management plan of action. Describe how the planned intervention(s) will affect both the physiological and psychological consequences of pain. You may use information from the Intervention Evaluation assignments. In addition to the course readings, you must incorporate at least two additional scholarly sources (e.g., refereed journals or scholarly books). The 5-page case study must use headers for the following sections: Description of Client (give demographic details about the client), Condition and Cause of Pain (Describe in detail the pain condition and identify causes), Consequences of Pain (Detail the symptomology associated with this pain condition), and Pain Management Plan (Include in the plan the approach to assessment. The plan should also address short and long term intervention strategies). Sub-headings may be used to further categorize the description (e.g., physiological mechanisms and psychological mechanisms). APA citations are required. Successful projects will effectively integrate content and concepts from the course readings as well as additional sources. A clear connection between the condition, consequences, and treatment should be abundantly evident.

it will be an easy build portable house about 4×4 in dimension(piece by piece construction) it is going to be resistant to flood and earthquake it should have a mechanism that can lift the entire house about 4 feet from the ground it will have a ball pin type or roller that can roll in any direction possible at its leg or support to put a spring and shock absorbers for an earthquake.

Design of a digital system that could display the following animation on two of the segments as follows: