solve for N: sqrt N=Z*SD/1.645‚ now square both sides: N=[Z*SD/100]^2 The Z score for a 90% confidence interval is 1.645. The SD standard deviation is 2500-600=1900 1900/4 N=[1.645*(1900/4)/100]^2=62 A sample of 62 is needed. Your sample data has mean 3.1948 and standard deviation 0.0889‚ with a sample size of 25. X (bar) = 3.948‚ s =0.0889‚ n = 25 Use a one-sample t-test Conditions/assumptions for a t-test •Random sample- our survey was a random sample of 25 stations •Normal
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business intelligence‚ data warehouse‚ data mining‚ text and web mining‚ and knowledge management. Justify and synthesis your answers/viewpoints with examples (e.g. eBay case) and findings from literature/articles. To understand the relationships between these terms‚ definition of each term should be illustrated. Firstly‚ business intelligence (BI) in most resource has been defined as a broad term that combines many tools and technologies‚ used to extract useful meaning of enterprise data in order to help
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Prepared by : THANSAL K Y pediain.com Known Three fundamental passive circuit elements: Resistor‚ Inductor‚ Capacitor. pediain.com Does a fourth fundamental element exist? v Resistor dv=Rdi Capacitor dq=Cdv q i Inductor Memristor Leon the existence of memristor in 1971 In 2008Chua a teamproposed leaddF by Stanley Williams created the first dF =Ldi =Mdq memristor φ pediain.com What is a MEMRISTOR Memristor is really a MEMory ResISTOR Memristor can be defined as a two terminal device
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METHODS - STATISTICS ------------------------------------------------- (SUBJECT CODE: STA1114) ------------------------------------------------- Instructions to Students: 1. Assignment questions consist of: * Question One - 25% * Question Two - 25% 2. Assignment question must be combined into ONE (1) booklet‚ attached with “Assignment Submission Form” as the front cover‚ enclosed with the “Marking Criteria.” typed with double spacing using Times
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the following Analysis on the given data. 1. Frequency distribution analysis for Motor Claims with Veh Group and also with Driver’s Age. 2. Calculate Average‚ Standard Deviation‚ Minimum and Maximum values of Claims. 3. Perform Descriptive Analysis using the tool: Data Analysis for Claims Data. 4. Plot a claims distribution with claim size intervals of 10000‚ 20000‚ 30000‚ 50000‚ and 100000. Comment on the analysis carried out. Guidelines: I. Claims Frequency analysis for Motor Claims:
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Preface This Project Report is done to study “Comparative analysis of ULIPs V/s Traditional plans This Project Report is done by collecting the data from some magazine‚ white paper‚ Reliance Security life website‚ text book of life insurance. Money simplified (text book). Neev: product book. All the data has been gathered and then properly analyzed. The findings have been presented in a lucid manner. CONTENTS Acknowledgement History of Insurance
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Probability and Statistics Course E-mail address : aaoczc111@dlpd.bits-pilani.ac.in Course Description Probability spaces; conditional probability and independence; random variables and probability distributions; marginal and conditional distributions; independent random variables‚ mathematical exceptions‚ mean and variance‚ Binomial Poisson and normal distribution; sum of independent random variables; law of large numbers; central limit theorem; sampling distributions; tests for mean using normal and
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Inferential Statistics Drawing Conclusions based on Samples Introduction This chapter introduces how you can use data from a sample to draw conclusions about the larger population from which the sample was taken. Data often arises from the results of a survey of individuals. For example‚ the management of a fast food chain might be interested in determining the total number of dollars that Baylor students spend each year eating in Waco fast food restaurants. The fast food chain would
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DATA INTEGRATION Data integration involves combining data residing in different sources and providing users with a unified view of these data. This process becomes significant in a variety of situations‚ which include both commercial (when two similar companies need to merge their databases and scientific (combining research results from different bioinformatics repositories‚ for example) domains. Data integration appears with increasing frequency as the volume and the need to share existing data explodes
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4 Name Md. Asif-Al-Noor Monira Mahsharan Marshal Richard ID 10364040 10264014 10364057 2 Agenda • • • • • • • Company Overview Product line External Factors Analysis – Porter’s 5 Forces Model – Industry Driving Forces – Key Success Factors – Strategic Group Mapping Internal Factors Analysis – Core Competences – SWOT Analysis – Value Chain Kodak Strategy – Based on Case – Why Kodak’s 4-year Strategy failed – Reasons for Failure – Based on Current Situation Recommendations Conclusion 3 Company
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