In this milestone, you will explain the concepts of virtualization based on the business scenario provided. This milestone will prepare you for your Project One that is due in Module Five. If you have questions or want to share ideas about this project, please post them to the General Questions discussion.ScenarioThe company you work for, Packages Plus Delivery (PPD), currently houses its physical computing environments on site. Packages Plus Delivery is growing, including the number of packages delivered and the number of employees hired each quarter. As a result of this growth and to better meet the needs of the clients, organizational leadership recently made the decision to virtualize all computing environments.Leadership is deciding between internal virtualization and the use of an external vendor. They are also considering a move to cloud-based architecture but want to know more about the risks and cost benefits of moving to a cloud environment.As a virtual solutions analyst at Packages Plus Delivery, you serve on the Virtualization Transition Committee. This group has been asked to create a presentation that emphasizes how the decision to move to virtualization will improve business strategy, and what the options are if the company considers moving the infrastructure to a cloud environment. Your presentation will ensure that leadership makes an informed decision.PromptYou have been asked to create a presentation that supports the company’s decision to move to virtualization. Within the presentation, you must address each of the following critical elements:Describe how the company’s decision to move to a virtual computing environment will impact its business strategy. If you use sources, be sure to provide a citation.You must include:The benefits of your company’s decision to move to a virtual computing environmentThe constraints of the decision to move to a virtual computing environmentAn explanation of how moving to virtualization will impact the scalability of the businessThe costs of moving to virtualizationThe hardware and software, and other technologies involvedIn order to provide the most detailed information, you need to compare the implications of the organization moving to a virtual environment using its hardware servers in-house with the implications of using a third-party vendor to virtualize. You may create a visual (such as a Venn diagram) or write a passage to explain these concepts. You will need to compare the following factors and describe the advantages, disadvantages, and risks associated with each:Cost: equipment such as hardware and software, maintenance (e.g., upgrades and backups), licensing, security (e.g., shared responsibility, on premises)CapacityAgilityService availabilityGuidelines for SubmissionYour submission should be a presentation file (.ppt, PDF, .doc).Your presentation must include:The evidence that supports your company’s decision to move to virtualizationA comparison of creating a virtual environment in-house to using an external vendorSupporting MaterialsThe following resources may help support your work on the project:How to Design and Deliver an Effective PresentationThis document shows you how to design an effective presentation in Microsoft PowerPoint, Google Slides, Screencastify, and Apple Keynote.Packages Plus Delivery imagesYou are welcome to use these images of the company’s logo to enhance your presentation.

Select a major in engineering that you are interested in and you are more drawn to:Now:1- Select three university or colleges that offer a bachelor program that you like to pursue. This can be engineering, architecture and construction. (research them online)2- Using the model of spread sheet attached to this e-mail find and categorize the courses you need to take to complete this major. It does not matter if this program is offered on semester base or quarterly.3- You need to divide these courses as lower division and upper division. "Lower division" are the course you take in the first two years and then "upper division" are those you take in the remaining two years. (see the article related to the subject)4- Find out if there are financial assistance programs for you and what are the conditions. Once you have the information , write a one page summary of your finding. Also are these financial aids applicable to full time or part time students. This is very important as many of you work while you are studying. With this in mind you can anticipate and plan for appropriate financial aid if you desire so. 5- Align all the math courses, those for the lower division and those for the upper division so you can compare the contents.

please comment each code1. Write a function named computeEnergy that takes in as input the number of panels and computes the amount of energy produced in a typical day. The amount of energy produced by a panel depends on the time of day and can be modeled by the mathematical formula below, where t is an array of values from 1 to 24 hours.f(t)=e−(t−12)21.52π√f(t)=e−(t−12)21.52π 2. After your computeEnergy function calculates how much energy is produced per day, it should call another user-defined function named weatherVariance. The weatherVariance function should create a 24x7 dimension matrix of random numbers between .8 and 1. This represents 24 hours of varying weather conditions that affect the solar production of the panel for seven days. Using matrix multiplication with the appropriate dimensions, (you will need to create another 24x7 matrix containing a week's worth of daily energy production), multiply the energy production by the weather variance matrix element-wise to simulate weather.3. The data for the weekly energy usage by the home is provided file (we will use this see if we produce enough energy). In your main function, define a variable to store the number of solar panels. Keep track of the total energy produced by the solar panel(s) in a week, starting with one panel. After the week, if the generated solar energy is less than the energy usage of the home, then increase the number of panels by one, run the computeEnergy function again, compare with the energy used and decide if more panels need to be added. This should be done in a while loop. The usage data is formatted in a 24x7 dimension matrix, corresponding to seven days worth of 24 hours of hourly energy use in kilo-Watt-hours.4. Produce a 4x2 sublot of solar energy produced and used per day for the week. The eighth plot should be the daily difference between energy produced and energy used for the week. Label all plots appropriately. 5. Report to the user how many panels are required to fulfill the energy needs for the home.