1.Submit your report as either a word or PDF document via Moodle on Sunday, June 2, XXXXXXXXXX:00 (Week 11). You will submit a 9-10 pages report (about 3000 words not counting cover page and...

1 answer below »
1.Submit your report as either a word or PDF document via Moodle on Sunday, June 2, 2019 - 17:00 (Week 11). You will submit a 9-10 pages report (about 3000 words not counting cover page and references) of this project. At least 15 references in your report must be from peer- reviewed sources. Include any and all sources of information including any person(s) you interviewed for this project.
2.All reports must use the APA referencing style. University Referencing/Citation Style Guide: The University has published a style guide to help students correctly reference and cite information they use in assignments (American Psychological Association (APA) citation style, http://www.ballarat.edu.au/aasp/student/learning_support/generalguide/print/ch06s04.shtml or Australian citation style Reports are to be presented in hard copy in size 12 Arial Font and double spaced. Your report should include a list of references used in the essay and a bibliography of the wider reading you have done to familiarize yourself on the topic.


Due Date: Week 11, Friday 5:00 pm CRICOS Provider No. 00103D ITECH 7406 Page 1 ITECH7406- Business Intelligence and Data Warehousing Data Analysis Individual Assignment – 2019 Sem3 Worth – 20% (Week 11- Sun, June 2, 2019 - 17:00) Learning Outcomes Assessed: S1,S2,S3,K3, K4, A1,A2 Purpose: To encourage and provide students on-hands experiences of using SAP or Watson Analytics tools to explore, extract and analyse enterprise data This is a business analytics project aimed at generating innovative analytics solutions. It will allow students to show innovation and creativity in applying SAP Business Object/Predictive Analytics or Watson Analytics in designing useful visualization solutions and predictive models for different types of analytics problems. The topic will be on environmental issues. Your main task is to apply any of the analytical tools to develop innovative analytics visualization solutions and predictive models with regards to environment, e.g. climate change, energy consumption, carbon footprint, greenhouse gas emission, pollution dashboard, etc. Besides the suggested datasets/sources, you may apply any other real-world dataset to illustrate your approach (the different datasets can be combined too). Please find the attached sample reports Some possible datasets/sources: http://data.un.org/Explorer.aspx http://data.worldbank.org/topic/environment https://data.oecd.org/ http://geodata.grid.unep.ch/ http://open-data.europa.eu/en/data/publisher/eea https://www.data.gov/ http://data.un.org/Explorer.aspx http://data.worldbank.org/topic/environment https://data.oecd.org/ http://geodata.grid.unep.ch/ http://open-data.europa.eu/en/data/publisher/eea https://www.data.gov/ CRICOS Provider No. 00103D ITECH 7406 Page 2 Report Submission Submit your report as either a word or PDF document via Moodle on Sunday, June 2, 2019 - 17:00 (Week 11). You will submit a 9-10 pages report (about 3000 words not counting cover page and references) of this project. At least 15 references in your report must be from peer- reviewed sources. Include any and all sources of information including any person(s) you interviewed for this project. Please note that all references must adhere to APA style. See http://owl.english.purdue.edu/owl/resource/560/01 and http://www.apastyle.org/ for details on how to format a report and how to cite references. Make sure your follow formal report structure with cover page, introduction, use of headings, subheadings, conclusion sand reference section. You are reminded to read the “Plagiarism” section of the course description. Your essay should be a synthesis of ideas from a variety of sources expressed in your own words. All reports must use the APA referencing style. University Referencing/Citation Style Guide: The University has published a style guide to help students correctly reference and cite information they use in assignments (American Psychological Association (APA) citation style, http://www.ballarat.edu.au/aasp/student/learning_support/generalguide/print/ch06s04.shtml or Australian citation style Reports are to be presented in hard copy in size 12 Arial Font and double spaced. Your report should include a list of references used in the essay and a bibliography of the wider reading you have done to familiarize yourself on the topic. A passing grade will be awarded to assignments adequately addressing all assessment criteria. Higher grades require better quality and more effort. For example, a minimum is set on the wider reading required. A student reading vastly more than this minimum will be better prepared to discuss the issues in depth and consequently their report is likely to be of a higher quality. So before submitting, please read through the assessment criteria very carefully. http://owl.english.purdue.edu/owl/resource/560/01 http://www.apastyle.org/ http://www.ballarat.edu.au/aasp/student/learning_support/generalguide/print/ch06s04.shtml CRICOS Provider No. 00103D ITECH 7406 Page 3 ITECH7406- Business Intelligence and Data Warehousing Data Analysis Individual Assignment – 2018 Sem3 Tasks Max Marks Marks Awarded Comments What are the BI reporting solution/dashboards you will need to develop for the Senior Executives of chosen data Set– You must have at least two types of analytics i.e Predictive/prescriptive/ descriptive 10 Design Mobile application using QSR code for your insights /solutions/dashboard – Please provide your QSR code in your assignment 10 Justify why these BI reporting solution/dashboards are chosen and why those attributes are present and laid out in the fashion you proposed (feel free to include all other relevant justifications using the academic articles). Note: To ensure that you discuss this task properly, you must include visual samples of the reports you produce (i.e. the screenshots of the BI report/dashboard must be presented and explained in the written report; use ‘Snipping tool’), and also include any assumptions that you may have made about the analysis in yourassignment report (i.e. the report to the senior executive team of the company). 10 Furthermore, the CEO would like to improve the operations. Based on your BI analysis and the insights gained from “Data Set”, make some logical recommendations to the CEO, and justify why/how your proposal could enhance company operations, sales etc. Include the relevant screenshots of the BI analysis, and also any assumptions that you may have made about the analysis. 10 Report is well-written and presented professionally, containing: • Title page • Executive Summary (outlining the scope of report, key findings and recommendations) • Table of Contents • Appropriate use of headings within report • Appropriate use of figures (i.e. graphs, summary tables) and • References (APA Style)- in text and bibliography (10 articles) 1 2 1 1 1 4 Total Marks 50 Total Marks out of 20 20%
Answered Same DayMay 20, 2021ITECH7406

Answer To: 1.Submit your report as either a word or PDF document via Moodle on Sunday, June 2, XXXXXXXXXX:00...

Mohd answered on May 27 2021
125 Votes
OrderID 40983/qr-code.png
OrderID 40983/REPORT.docx
ITECH7406- BUSINESS INTELLIGENCE
AND
DATA WAREHOUSING
DATA ANALYSIS REPORT
INDIVIDUAL ASSIGNMENT
2019
SUBMITTED TO:
SUBMITTED BY:
TABLE OF CONTENTS
INDEX……..…………………………………………………………………............................2
EXECUTIVE SUMMARY…………………………………..…………………………….........3
INTRODUCTION…………………………………………...….……………………………..…4
PARTS OF ANALYTICS……….……………………………………………………..….4
QSR CODE………………………..…………………………………………………………….5
EXECUTIVE INSIGHT
BI REPORTING SOLUTION/ REPORT...................................................................6
PERFORM DASHBOARDS
· REPORT..……………………………………………………………..…………………8
CEO RECOMMENDATION…………………………………………………………………14
REFERENCES…………………………………………………………………………..…….13
EXECUTIVE SUMMARY
Information search (DA) is the course toward looking collections so as to accomplish acceptances about the experiences they enclose, substantially with the teaching of categorical plans and computing. Information examination advances and means are efficiently applied in problem sets out to associate with contact to sit on constantly educated business decisions and by professionals and directors to study or invalidate genuine models, plans and propositions. As a call, information examination unavoidably proposes a stockpiling of incomes, from honest field journals (BI), explain and online sensible managing (OLAP) to specific catalogues of head line inspection. In that grasp, it’s correspond in type to field survey, another umbrella term for procedures to sell with oversee isolating information - with the competence that the last is proposed to business employs, while information research permits a completely wide focus gain. The expansive perspective on the dub isn’t general, in any suit: from age to break, children use information examination really to mean propelled examination, considering BI to be a surrogate class. Information examination activities can engage relationship to promote pay tariffs, increase operational expertise, update publicizing attempts and client association attempts, felt rather more promptly to manufacturing business division precedents and delay an exact edge over foes - all with an unambiguous purpose of pushing business execution. Subordinate upon the explicit claim, the instruction that is investigated can embody either evident records or recent messages that has been set up for rational examination groups. Essentially, it can escalate out of a fuse of inside organizations and outer information experts. Atomic improvement utilizes the importance accomplished by pulling out the specks of unequivocal fragments. It was early carried out in the midst of the 1940s, and amidst the Second World War research at first rotated around playing on devices. In the midst of the 1950s idea continued to the harmonious discharge of atomic isolating, dealing with it for potential develop. For more
letters, have page on Record of Nuclear Energy. Typical atomic power would now have the option to sell in surplus of 17,000 reactor critical capacities of attention, and microscopic power plants are practical in 30 people around the province. In all confidence, through neighborhood transmission structures, absolutely more people depend rather on atomic conveyed control; Italy and Denmark, for proof, look at in every particular that actually matters 10% of their competence from imported atomic capability. Thirteen people in 2017 passed on at any standard one-portion of their qualification from atomic. France gets around seventy five ratio of its strength from atomic criticalness; Hungary, Slovakia and Ukraine have the fuller part from microscopic, while Belgium, Sweden, Slovenia, Bulgaria, Switzerland, Finland and Czech Republic get 33% or more. South Korea traditionally gets over 30% of its understanding from microscopic, moment in the USA, UK, Spain, Romania and Russia around one-fifth of cause is from atomic. Japan is aware with depending upon atomic force for more than one-portion of its skill and is relied on to take place back to some lie dear to that reckoning. There is a reasonable prerequisite for later making purpose of captivity the area over, both to supplant old non-cheap energy source groups, notably coal-empty systems, which carry a big compromise of carbon dioxide, and to fulfill broadened prerequisite for influence in specific tribes. In 2016, 65.0% of press was developed applying the servicing of non-supportable power experts. The  International Energy Agency appropriates yearly conditions described with exuberance. In its World Energy Outlook 2018 there is a lengthy ‘Effective Development Scenario’ which is experiencing with the sketch of unblemished and substantial value and a devaluation of air sullying, among other core benefits. In this decarbonisation situation, control age from atomic increases by in every line that genuinely matters 90% by 2040 to 4960 TWh, and limit starts to 678 GWe. The World Nuclear Association has brought a more pleasant place than this the Harmony program designs the extension of 1000 GWe of contemporary atomic most obscure site by 2050, to produce 25% of charge by at that stage (around 10,000 TWh) from 1250 GWe of interval (in the wave of thinking around 150 GWe retirements). This would involve including 25 GWe reliably from 2021, causing to 33 GWe reliably, which isn’t inside and out different in relationship to the 31 GWe included 1984, or the general note of 201 GWe in the midst of the 1980s. Giving one-portion of the law to be summed with’s through atomic would generously diminish carbon dioxide transmissions and have an agreeable result on broadcast kind.
INTRODUCTION
Watson Analytics is one of the necessary executions of Watson advancement. It is a time for investigating, anticipate and giving messages that utilizes Watson’s philosophical skills to thus surface data driven portions of schooling and recommend techniques for displaying the goods. The mount is contained a test part, which entitles consumers to market their circumstances, normally endorses possibly associated things and creates examinations; a conjecture mechanical assembly that permits consumers to reveal answers for complex request reliant on their circumstances; and a defining instrument that reinforces dashboard and document development. Nuclear Energy Data is the Nuclear Energy Agency’s regular set of evaluations and community reports chronicling nuclear power quality in NEA part countries and in the OECD domain. Information offered by governments consolidates bits of education on rough and easy power brought by all experts and by key capability, fuel cycle cutoff dates and essentials, and forecasts to 2035, where applicable. Country reports plot imperativeness procedures, amends of the quality in nuclear essentialness program and fuel cycle enhancements. In 2016, basic force continued giving basic scales of little-carbon baseload control, granting slight heed to effective approval from simplicity oil subordinates and financed feasible power experts. Three different components were compared with the arrangement in 2016, in Korea, Russia and the United States. In Japan, an added three reactors returned to task in 2016, run on the amount to five under the original managerial daily discipline. Three reactors were properly shut down in 2016 – one in Japan, one in Russia and one in the United States. Governments established on acquiring significant strength in the essentialness mix impelled designs for preparing or developing nuclear creating narrow, with the suggestion of unusual structure adventures making strides in Finland, Hungary, Turkey and the United Kingdom. Further hints on these and various improvements are expressed in the allotment’s other menus, devises and society records. Nuclear vital moves a great action. The USA has 98 working nuclear energy reactors in 30 voices, used by 30 assorted power corporations. Since 2001 these covers have obtained a typical farthest point element of over 90%, forming up to 807 TWh consistently and conveying to about 20% of the utter power dropped.
PARTS OF ANALYTIC
PREDICTIVE: Perceptive test embodies a set of quantitative means from statistics extract, farsighted air, and AI, that left present and absolute circumstances to do estimates about prospective or for the most separate fog things.
DESCRIPTIVE: A connecting with assessment is a survey appraisal that quantitatively describes or diagrams qualities of a stockpiling of intelligence, while enchanting portions of philosophy in the pile factor notice is the passage toward managing and reading at those evaluations.
QSR CODE
Quick company bars, commonly announced make-over diners. Restaurant Brands International, which trades under the illustrated QSR. This (QSR) Quality Policy Regulation online class interprets the officials need by weighing the Kind Process Control (QSR) and the premise that FDA disseminated. It examines all of the papers of the entering responsibility and makes a synopsis of actions you should examine in your use.
EXECUTIVE INSIGHT
BI REPORTING SOLUTION/REPORTS
An analytical information can be organized operating a program, whitepaper or a direct Word report. Regardless, adopting these efficient routines for conducting a persuasive word can be depressed, instruction can be separated out in innumerable spreadsheets, and the finished end can be more perplexed than profitable. On the new skill, an online dashboard is a visual material and can replace customary (invented) field scandals, as you can without an area of a distance get offers from it. Logical enumerating has been organizing into a champion among the most tremendous business learning parts that feels obliged companies to remove their philosophies subject to data driven encounters. While various associations meet to take advantage of an incredible business knowledge policy, the noteworthiness of powerful information made discord in factors that can’t be essentially accumulated into a particular program. It has completed up being all the more perseveringly to manufacture and use a solitary report and move on an immense amount of central information between segments, collaborators and critical turn-togethers in a unique company. That is the reason an issue demands a convincing logical record that will use channel noteworthy incidents and enhance the provision of the extensive organization information that can precipitate a workable business task. That makesn’t deduce that work these combs of records should solely be planned for certain specialists, who can review and solve complex data even more briskly, anyhow with identity-organization bi gadgets that exploit the culture of all delegates in a cooperative, original reports can spiral up a champion among the most inestimable declaring mechanical assemblies that control advance, direct impact working costs and use present day contact which everybody realizes it.
PERFORM REPORT
REPORT
Nuclear Electricity Source: Energy Statistics Database | United Nations Statistics Division
The Energy Statistics Database contains sweeping imperativeness appraisals on the formation, business, development and last management of elementary and discretionary; model and non-natural; and different and unlimited wellsprings of essentialness.
CEO RECOMMENDATION
Presidents approach Congress and the Administration to obtain policies that will boost U.S. sovereignty, support money related growth and achieve normal protection. The game plan joins point by reason and straightforward recommendations in all of four counties – essentialness adequacy; regular imperativeness creation; feasible energy source creation; and magnetic power develop, delivery and spread including methods to: Foster progression by going on with wide commitments in an altered course of proceeding of pre-business inventive work out, incorporating: sharp advances that can improve essentialness profitability while upgrading imperativeness sources; Projects to teach the business insight of carbon capture, use and inhibit, put that such bank is granted temporarily period and pleased in class; and R&D and show adventures for pre-business unlimited power growing and transportation permits, with a highlight on execution, radiations diminishes and development lack of impulse. Drive extended essentialness profitability by: Assuring that state lawmaking bodies and public utility commissions consider courses of force that advance interest for clever imperativeness viability tests, and promise that such endeavors are as significant for services as develop and flow assets; Expanding the management of Energy Savings Performance Contracts (ESPCs) and Utility Energy Services Contracts (UESCs) in the focal state, similarly as making fit and leadership for regulatory imperativeness boss, policymakers and addition/real staff considering the use and focal positions of these perceptions; and Encouraging essentialness capability measures at the articulate level object to grating-time bureaucratic methodology decides that can be cost-effectively closed; and producing states the adaptability to whisper to adjacent-by discrepancies in authoritative approachs. Improve access to promising essentialness resources by: Gaining access to beach face and toward the ocean government prepares to assure secure supplies of coal, grease and oil gas; Streamlining the empowering and aid arrangements to further fundamental structure adventures; Respecting the project that voices have regularly danced in regulating oil and vaporous oil activity on non-authoritative views, and securing that modern tests for bureaucratic states are done in session with puts and are unsurprising with present controls; and Securing that EPA rules rely upon legal discipline, experience escalated net cash sparing preferred position check, and speculate about the net overall impact these laws have on imperativeness costs, pay related growth and work formation, while being restrained of mortal wealth and the earth. Change rousing powers for practical power development corporation by: Providing wind-commanding power growing with a continuous progress to a time of unsubsidized force by presenting the air age charge credit so the dose of leeway is constantly decreased and ultimately cleaned out; Ensuring that results concerning survey stimuli for immense means are planned to give free-filed promote inefficient perspectives, associated interestingly to those loads and offers with a decisive rule to unsubsidized forcefulness and closed long and over the great haul disposed of in a perceived way; Accounting for regional collections in objective power source resource availability while making request and procedure; and bothering the inexhaustible fuel test, policymakers should realize about the repressions of the present vehicle task force,  fuel spread formation and certified creation bar, and make fixed on transformations as prescribed. Engage animated modernization of the magnetic power sector by measures of: Carefully checking the organizing and budget impact of EPA regulations on the electrical utility corporation and, as proper, adjusting these regulations to establish continued with reliable kind, evade unbelievable rate effects, and control up a waver, publicize driven course of procedure of baseload control age fuel decisions; Devising a full deal answer for definite and regulate nuclear spent fuel; Providing direct rate propelling forces for shrewd climbs to the union’s communication format to allow grid modernization and responsibility centered markdown control markets; Improving coordination among state partnerships, for particular, the Federal Energy Regulatory Commission and U.S. Part of Energy (Hare), give commissions and various associates, to try the varied environment, quirk and disorganization of transmission organizing, sectioning and cost task decisions for social endeavors; Supporting DOE and National Institute of Codes and Technology works to galvanize and restore the recovery of “active system” ideals; and Requiring noteworthy and advantageous cybersecurity peril understanding sharing from ministry to constitutional structure owners and superintendents.
REFERENCES
Chadwick, M. B., Obložinský, P., Herman, M., Greene, N. M., McKnight, R. D., Smith, D. L., ... & Kahler, A. C. (2006). ENDF/B-VII. 0: next generation evaluated nuclear data library for nuclear science and technology. Nuclear data sheets, 107(12), 2931-3060.
Arnaldi, R., Averbeck, R., Banicz, K., Castor, J., Chaurand, B., Cicalò, C., ... & De Falco, A. (2006). First measurement of the ρ spectral function in high-energy nuclear collisions. Physical review letters, 96(16), 162302.
Klimkiewicz, A., Paar, N., Adrich, P., Fallot, M., Boretzky, K., Aumann, T., ... & Geissel, H. (2007). Nuclear symmetry energy and neutron skins derived from pygmy dipole resonances. Physical Review C, 76(5), 051603.
Lang, D. W. (1961). Analysis of recent measurement of nuclear level density parameters. Nuclear Physics, 26(3), 434-445.
Haq, R. U., Pandey, A., & Bohigas, O. (1982). Fluctuation properties of nuclear energy levels: Do theory and experiment agree?. Physical Review Letters, 48(16), 1086.
Nazlioglu, S., Lebe, F., & Kayhan, S. (2011). Nuclear energy consumption and economic growth in OECD countries: Cross-sectionally dependent heterogeneous panel causality analysis. Energy Policy, 39(10), 6615-6621.
Xiao, Z., Li, B. A., Chen, L. W., Yong, G. C., & Zhang, M. (2009). Circumstantial evidence for a soft nuclear symmetry energy at suprasaturation densities. Physical review letters, 102(6), 062502.
OrderID 40983/UNdata_Export_20190526_165358097.csv
"Country or Area","Commodity - Transaction","Year","Unit","Quantity","Quantity Footnotes"
"Argentina","Electricity - total nuclear production","2016","Kilowatt-hours, million","8285","1"
"Argentina","Electricity - total nuclear production","2015","Kilowatt-hours, million","7139",""
"Argentina","Electricity - total nuclear production","2014","Kilowatt-hours, million","5756",""
"Argentina","Electricity - total nuclear production","2013","Kilowatt-hours, million","6207",""
"Argentina","Electricity - total nuclear production","2012","Kilowatt-hours, million","6395",""
"Argentina","Electricity - total nuclear production","2011","Kilowatt-hours, million","6371",""
"Argentina","Electricity - total nuclear production","2010","Kilowatt-hours, million","7171",""
"Argentina","Electricity - total nuclear production","2009","Kilowatt-hours, million","8161",""
"Argentina","Electricity - total nuclear production","2008","Kilowatt-hours, million","7330",""
"Argentina","Electricity - total nuclear production","2007","Kilowatt-hours, million","7217",""
"Argentina","Electricity - total nuclear production","2006","Kilowatt-hours, million","7691",""
"Argentina","Electricity - total nuclear production","2005","Kilowatt-hours, million","6873",""
"Argentina","Electricity - total nuclear production","2004","Kilowatt-hours, million","7869",""
"Argentina","Electricity - total nuclear production","2003","Kilowatt-hours, million","7566",""
"Argentina","Electricity - total nuclear production","2002","Kilowatt-hours, million","5821",""
"Argentina","Electricity - total nuclear production","2001","Kilowatt-hours, million","7059",""
"Argentina","Electricity - total nuclear production","2000","Kilowatt-hours, million","6177",""
"Argentina","Electricity - total nuclear production","1999","Kilowatt-hours, million","7106",""
"Argentina","Electricity - total nuclear production","1998","Kilowatt-hours, million","7453",""
"Argentina","Electricity - total nuclear production","1997","Kilowatt-hours, million","7961",""
"Argentina","Electricity - total nuclear production","1996","Kilowatt-hours, million","7459",""
"Argentina","Electricity - total nuclear production","1995","Kilowatt-hours, million","7066",""
"Argentina","Electricity - total nuclear production","1994","Kilowatt-hours, million","8235",""
"Argentina","Electricity - total nuclear production","1993","Kilowatt-hours, million","7750",""
"Argentina","Electricity - total nuclear production","1992","Kilowatt-hours, million","7081",""
"Argentina","Electricity - total nuclear production","1991","Kilowatt-hours, million","7771",""
"Argentina","Electricity - total nuclear production","1990","Kilowatt-hours, million","7281",""
"Armenia","Electricity - total nuclear production","2017","Kilowatt-hours, million","2620",""
"Armenia","Electricity - total nuclear production","2016","Kilowatt-hours, million","2381",""
"Armenia","Electricity - total nuclear production","2015","Kilowatt-hours, million","2788",""
"Armenia","Electricity - total nuclear production","2014","Kilowatt-hours, million","2465",""
"Armenia","Electricity - total nuclear production","2013","Kilowatt-hours, million","2360",""
"Armenia","Electricity - total nuclear production","2012","Kilowatt-hours, million","2322",""
"Armenia","Electricity - total nuclear production","2011","Kilowatt-hours, million","2548",""
"Armenia","Electricity - total nuclear production","2010","Kilowatt-hours, million","2490",""
"Armenia","Electricity - total nuclear production","2009","Kilowatt-hours, million","2494",""
"Armenia","Electricity - total nuclear production","2008","Kilowatt-hours, million","2461",""
"Armenia","Electricity - total nuclear production","2007","Kilowatt-hours, million","2553",""
"Armenia","Electricity - total nuclear production","2006","Kilowatt-hours, million","2640",""
"Armenia","Electricity - total nuclear production","2005","Kilowatt-hours, million","2716",""
"Armenia","Electricity - total nuclear production","2004","Kilowatt-hours, million","2403",""
"Armenia","Electricity - total nuclear production","2003","Kilowatt-hours, million","1998",""
"Armenia","Electricity - total nuclear production","2002","Kilowatt-hours, million","2282",""
"Armenia","Electricity - total nuclear production","2001","Kilowatt-hours, million","1987",""
"Armenia","Electricity - total nuclear production","2000","Kilowatt-hours, million","2005",""
"Armenia","Electricity - total nuclear production","1999","Kilowatt-hours, million","2078",""
"Armenia","Electricity - total nuclear production","1998","Kilowatt-hours, million","1589",""
"Armenia","Electricity - total nuclear production","1997","Kilowatt-hours, million","1600",""
"Armenia","Electricity - total nuclear production","1996","Kilowatt-hours, million","2324",""
"Armenia","Electricity - total nuclear production","1995","Kilowatt-hours, million","304",""
"Belgium","Electricity - total nuclear production","2016","Kilowatt-hours, million","43523",""
"Belgium","Electricity - total nuclear production","2015","Kilowatt-hours, million","26103",""
"Belgium","Electricity - total nuclear production","2014","Kilowatt-hours, million","33703",""
"Belgium","Electricity - total nuclear production","2013","Kilowatt-hours, million","42644",""
"Belgium","Electricity - total nuclear production","2012","Kilowatt-hours, million","40295",""
"Belgium","Electricity - total nuclear production","2011","Kilowatt-hours, million","48234",""
"Belgium","Electricity - total nuclear production","2010","Kilowatt-hours, million","47944",""
"Belgium","Electricity - total nuclear production","2009","Kilowatt-hours, million","47222",""
"Belgium","Electricity - total nuclear production","2008","Kilowatt-hours, million","45568",""
"Belgium","Electricity - total nuclear production","2007","Kilowatt-hours, million","48227",""
"Belgium","Electricity - total nuclear production","2006","Kilowatt-hours, million","46645",""
"Belgium","Electricity - total nuclear production","2005","Kilowatt-hours, million","47595",""
"Belgium","Electricity - total nuclear production","2004","Kilowatt-hours, million","47312",""
"Belgium","Electricity - total nuclear production","2003","Kilowatt-hours, million","47379",""
"Belgium","Electricity - total nuclear production","2002","Kilowatt-hours, million","47360",""
"Belgium","Electricity - total nuclear production","2001","Kilowatt-hours, million","46349",""
"Belgium","Electricity - total nuclear production","2000","Kilowatt-hours, million","48157",""
"Belgium","Electricity - total nuclear production","1999","Kilowatt-hours, million","49017",""
"Belgium","Electricity - total nuclear production","1998","Kilowatt-hours, million","46165",""
"Belgium","Electricity - total nuclear production","1997","Kilowatt-hours, million","47408",""
"Belgium","Electricity - total nuclear production","1996","Kilowatt-hours, million","43336",""
"Belgium","Electricity - total nuclear production","1995","Kilowatt-hours, million","41356",""
"Belgium","Electricity - total nuclear production","1994","Kilowatt-hours, million","40624",""
"Belgium","Electricity - total nuclear production","1993","Kilowatt-hours, million","41927",""
"Belgium","Electricity - total nuclear production","1992","Kilowatt-hours, million","43456",""
"Belgium","Electricity - total nuclear production","1991","Kilowatt-hours, million","42861",""
"Belgium","Electricity - total nuclear production","1990","Kilowatt-hours, million","42722",""
"Brazil","Electricity - total nuclear production","2017","Kilowatt-hours, million","15739",""
"Brazil","Electricity - total nuclear production","2016","Kilowatt-hours, million","15864",""
"Brazil","Electricity - total nuclear production","2015","Kilowatt-hours, million","14734",""
"Brazil","Electricity - total nuclear production","2014","Kilowatt-hours, million","15378",""
"Brazil","Electricity - total nuclear production","2013","Kilowatt-hours, million","15450",""
"Brazil","Electricity - total nuclear production","2012","Kilowatt-hours, million","16038",""
"Brazil","Electricity - total nuclear production","2011","Kilowatt-hours, million","15659",""
"Brazil","Electricity - total nuclear production","2010","Kilowatt-hours, million","14523",""
"Brazil","Electricity - total nuclear production","2009","Kilowatt-hours, million","12957",""
"Brazil","Electricity - total nuclear production","2008","Kilowatt-hours, million","13969",""
"Brazil","Electricity - total nuclear production","2007","Kilowatt-hours, million","12350",""
"Brazil","Electricity - total nuclear production","2006","Kilowatt-hours, million","13754",""
"Brazil","Electricity - total nuclear production","2005","Kilowatt-hours, million","9855",""
"Brazil","Electricity - total nuclear production","2004","Kilowatt-hours, million","11611",""
"Brazil","Electricity - total nuclear production","2003","Kilowatt-hours, million","13358",""
"Brazil","Electricity - total nuclear production","2002","Kilowatt-hours, million","13836",""
"Brazil","Electricity - total nuclear production","2001","Kilowatt-hours, million","14279",""
"Brazil","Electricity - total nuclear production","2000","Kilowatt-hours, million","6046",""
"Brazil","Electricity - total nuclear production","1999","Kilowatt-hours, million","3977",""
"Brazil","Electricity - total nuclear production","1998","Kilowatt-hours, million","3265",""
"Brazil","Electricity - total nuclear production","1997","Kilowatt-hours, million","3169",""
"Brazil","Electricity - total nuclear production","1996","Kilowatt-hours, million","2429",""
"Brazil","Electricity - total nuclear production","1995","Kilowatt-hours, million","2519",""
"Brazil","Electricity - total nuclear production","1994","Kilowatt-hours, million","1800","1"
"Brazil","Electricity - total nuclear production","1993","Kilowatt-hours, million","1800","1"
"Brazil","Electricity - total nuclear production","1992","Kilowatt-hours, million","1760",""
"Brazil","Electricity - total nuclear production","1991","Kilowatt-hours, million","1442",""
"Brazil","Electricity - total nuclear production","1990","Kilowatt-hours, million","2237",""
"Bulgaria","Electricity - total nuclear production","2016","Kilowatt-hours, million","15776",""
"Bulgaria","Electricity - total nuclear production","2015","Kilowatt-hours, million","15383",""
"Bulgaria","Electricity - total nuclear production","2014","Kilowatt-hours, million","15867",""
"Bulgaria","Electricity - total nuclear production","2013","Kilowatt-hours, million","14171",""
"Bulgaria","Electricity - total nuclear production","2012","Kilowatt-hours, million","15785",""
"Bulgaria","Electricity - total nuclear production","2011","Kilowatt-hours, million","16314",""
"Bulgaria","Electricity - total nuclear production","2010","Kilowatt-hours, million","15249",""
"Bulgaria","Electricity - total nuclear production","2009","Kilowatt-hours, million","15256",""
"Bulgaria","Electricity - total nuclear production","2008","Kilowatt-hours, million","15765",""
"Bulgaria","Electricity - total nuclear production","2007","Kilowatt-hours, million","14643",""
"Bulgaria","Electricity - total nuclear production","2006","Kilowatt-hours, million","19493",""
"Bulgaria","Electricity - total nuclear production","2005","Kilowatt-hours, million","18653",""
"Bulgaria","Electricity - total nuclear production","2004","Kilowatt-hours, million","16815",""
"Bulgaria","Electricity - total nuclear production","2003","Kilowatt-hours, million","17280",""
"Bulgaria","Electricity - total nuclear production","2002","Kilowatt-hours, million","20222",""
"Bulgaria","Electricity - total nuclear production","2001","Kilowatt-hours,...
SOLUTION.PDF

Answer To This Question Is Available To Download

Related Questions & Answers

More Questions »

Submit New Assignment

Copy and Paste Your Assignment Here