Use at least 1-inch margins all around.Type short answer questions, double spaced using minimum 12 pt font, Times Roman.As appropriate or required by the problem, cite all sources using complete references. For solving problems, work your problems by hand showing all your work. Clearly identify the governing equations, use and identify appropriate units for all quantities and variables, work the problem methodically showing all work, and report intermediate values so that partial credit can be assigned.As with any engineering solution, if you need to make an assumption, please do so by clearly stating that assumption and providing appropriate justification for that assumption. Compare the Pu vectors (isotopic composition) of weapons grade (WG) and reactor grade (RG) plutonium. Calculate and compare the heat load (heat generated i.e. W/kg) for each composition. Describe and compare generally the characteristics of production of each type (grade) of plutonium (i.e. burnup/depletion or time in reactor under irradiation). How are these distinct depending on your goal of producing power/electricity vs. producing Pu for weapons? Type double spaced your response. Choose an example case of proliferation or attempted proliferation (i.e. Pakistan, India, S. Africa, etc.) and discuss the different aspects of the fuel cycle involved. Use materials from the class (i.e. lecture on illicit trafficking and others), text, and your own research (i.e. the library electronic resources) to obtain two additional references. The MOX Fuel Fabrication Plant in Aiken, SC if completed will produce MOX fuel from 35 tonne of weapons grade plutonium. Calculate the plutonium content of the MOX fuel assuming it is fabricated along with natural uranium and is designed to replace or be equivalent to an ordinary UO2 fuel with enrichment 4.9%. If all, 35 tonne of weapons grade plutonium is converted to MOX, how much fuel could be produced?

Security analysts play an important role working alongside the computer incident response team (CIRT). The analyst will be the individual who either fixes the issues or allocates resources to fix the issues identified by the CIRT. Using resources to facilitate the work becomes essential to sustain the health of an organization. Applying the Center for Internet Security (CIS) critical controls to company infrastructure is normal practice for an analyst. The controls are meant to guide the organization towards compliance. They are not meant to be used in isolation. Comparing an organization’s technical concerns to the CIS critical controls provides a means of developing solutions to remediate issues. Once the issues are identified and remediated, the next step is to determine how to properly report those issues to different stakeholders. Prompt After reviewing Breach Analysis Simulation Scenario Two, address the critical elements below: I. Reporting: Select an audience for reporting (sales team, senior management, or other stakeholders). A. Explain how you report technical concerns to non-technical people in your selected audience. Keep in mind that most managerial roles are non-technical in nature; managers need information presented to them in a format they can easily understand and use. II. Subcontrols: Refer to the CIS Controls worksheet used in Breach Analysis Simulation Scenario Two and recommend two additional subcontrols that could be modified either by policy, implementation, automation, or reporting to enhance security for the organization. A. Subcontrol One: Describe the modification of the subcontrol and justify your recommendation. B. Subcontrol Two: Describe the modification of the subcontrol and justify your recommendation. III. Two-Factor Authentication: A proposed solution for the breach issue is to use RSA key fobs as a means of two-factor authentication. A. Discuss the merits of using RSA encryption and the implementation of two-factor authentication. B. Discuss how different forms of encryption may be used in VPN software.