____________________________________ .. W E B S T E Ru

____________________________________ W E B S T E R U N I V E R S I T Y Center for Graduate and Professional Studies ____________________________________ MID-TERM EXAM Chapters 1-6 Student Name: David McNamee__ Open Book Exam 1a. The phases that Jeannine skipped are 1. The systems analysis and requirements phase 2. The systems design phase 3. The implementation phase and 4. Operations and Maintenance phase (Systems support and security). 1b. When Jeannine skipped the system analysis phase, she failed to analyze the needs of the end user and whether the system she came up with would meet her final requirements. Although Jeannine incorrectly believes she knows what is required she is unaware that the financial comptroller†¦show more content†¦The misconception that a system can be quickly thrown together that will meet all the requirements of an organization and its clients is common. 1d. The conclusions that can be drawn from Chapter 2 lead me to believe that Jeannine can be taught to plan strategically and that she can also learn why it is important to do so. Had Jeannine followed the proper planning process she would have been able to resolve most of the issues that she encountered before they were a problem. 2a. Steven failed to do several things as a Project Manager. He failed to deliver the product on time and within budget, as well as managing expectations. His failures were a result of poor planning, prompt or advance requesting of resources, and a failure to communicate with his team, management and the end user. Steve’s job as the PM is to monitor progress, ensure key stakeholders keep their people focused on the task and prevent delays, or if delays occur communicate those issues to management. Managing stake holders and keeping them focused on requirements and due dates goes a long way towards preventing problems. Steve seems to have failed at this. 2b. Using the creeping requirements as an excuse seems to be a mistake as it implies project mismanagement. If the project had been properly monitored scope creep could have been detected early and managed. 2c. As the PM, Steven should have been aware of what was occurring in the project always.Show MoreRelatedPublic Fe Reference Handbook.Pdf46179 Words   |  185 PagesNational Council of Examiners for Engineering DQG 6XUYH\LQJ 1((6 DV WKH  ¿UVW VWHS WRZDUG SURIHVVLRQDO HQJLQHHULQJ OLFHQVXUH ,W LV GHVLJQHG IRU VWXGHQWV FRPSOHWLQJ D EDFKHORU GHJUHH SURJUDP LQ HQJLQHHULQJ 7KH )( H[DP FRQVLVWV RI WZR KRXU VHVVLRQV ²RQH DGPLQLVWHUHG LQ WKH PRUQLQJ DQG WKH RWKHU LQ WKH DIWHUQRRQ 7KH PRUQLQJ VHVVLRQ WHVWV WKH VXEMHFW PDWWHU FRYHUHG E\ WKH  ¿UVW  VHPHVWHU FUHGLW KRXUV RI HQJLQHHULQJ FRXUVHZRUN ZKLOH WKH DIWHUQRRQ VHVVLRQ WHVWV XSSHUGLYLVLRQ VXEMHFW NQRZOHGJHRead MoreOrganic Chemistry Worksheet Answers1073 Words   |  5 Pagesm.u\ \q\\Lxc.$s CHr i a.CH3-CH2-CH-CH-CH. I CH: 9n tt e. CHr-CH-CH-CH-CHl I t- f, ,3, q - \c *jtr1\\-s.x^t*- CHz I CH: CHr CHr CHr f. CH3-CH2-CH-CH-CH CHr ? !t I j \- A.^ r.alh-{hq{n-* Ll A A \-k ,e*q\t^-tt i fl --lu*,Uo..q b cur-f-is-a, ll cH: g. CH: I CH2 3 ;1, -.lr iu .t\1ihq\aru- CH3-CH-CH-CHr I 3 a-O,trtrc$nt1t ? c cHl-C-CH3 CH: h. is-cHr-cH, I CH: b*fa^q- lt . A CHz-CHr Read MorePreparation of 1-Phenyl-3-Phenylaminopyrrolidine-2,5-Dione an Organic Laboratory Experiment on the Michael Addition1009 Words   |  5 Pages5dione 2 (Method A). Compound 2 can also he obtained in one step by using commercially available maleanilic acid (Merck) or, albeit in slightly lower overall yield, by refluxing maleic anhydride and aniline in 12molar ratio in acetic acid (Method B) (Fig. 1). The experiment is operationally simple, requiring simply manual stirring, filtration, and recrystallization, readily available inexpensive reagents, and short reaction time. Thus, it is ideally suited to the students. The NMR and IR spectraRead MoreAn Investigation of Chemical Vapour Deposition of Graphene on a Copper Substrate982 Words   |  4 Pagesreduction of graphene oxide via HI and Woolins reagent. The most effective method for producing graphene of high structural integrity is chemical vapour deposition (CVD) using transition metal surfaces. Common transition metals include Cu , Ni and Ru . The conditions of growth, and solubility of carbon in the metal determine how the deposition occurs, resulting in varied morphology and thinness of the produced graphene . The most promising metals for the growth of graphene have occurred using Ni11Read MoreDeterminants of International Trade Essay22457 Words   |  90 Pagesthis country. However, GhanaÂ’s exports are higher when they are addressed to countries with higher levels of economic freedom. Keywords: International trade, gravity equation, heterogeneity  ¶  µÃ‚šÂ›Â ¢ ™š›  ´  ¥ Ââ€"  ³  £Ã‚›  ¤  ³Ã‚Å¡  £ Ââ€"  ± Ââ€" ¢  ¥  ° Ââ€"›  ­  ¬ •  ª  ¨  ¤Ã‚Å¡   Ã‚šÂ›Âš  ¥ Ââ€"•  ¤   Ã‚šÂ ¢    ž   Ââ€" ™ Ââ€" Ââ€"›š ™ ˜ Ââ€" Ââ€" Ââ€"  ¤8 §•Â ¦Ã‚…f ¨Ã‚ ²Ã‚ ¦ ¨ ²EBŸy ®Ã‚Å" ¦Ã‚ ¯Ã‚ ®B «Ã‚ ©)fw §Ã‚•Â“ ¦Ã‚•I0 £ 8h ¨Ã‚ ¡Ã‚ŸÂ ¨~ÂÅ"E•Qf4 ¨4B• ” “ Â’       ‰ ÂŽ Š ‹ Š ‰ € k t s y m i y i y ÂÆ'o ko n  Ã‚€ yo ™ s q i ™ | { z q z yn w k v e ™ tf o d ™ s q pofnf m k i ™ gf ™ e d ™ ˆÂâ€"Ââ€" ”’ ‘ p Â…4‘ 4 ©6 Ã‚Å' ¨8ˆRead MoreBond and Percent10559 Words   |  43 Pages+ $1,000(PVIFR%,9) |    Notice the equation cannot be solved directly for R. Using a spreadsheet, a financial calculator, or trial and error, we find: |    R = YTM = 10.15% | Suppose you buy a 7 percent coupon, 20-year bond today when it s first issued. If interest rates suddenly rise to 15 percent, the value of your bond will decrease . |    Explanation: Price and yield move in opposite directions; if interest rates rise, the price of the bond will fall. This is because the fixedRead MoreCountry Notebook China49845 Words   |  200 Pagesut N t ok ony o bo r e Te ony o bo—AG i f D vl i a ren P n h C ut N t ok r e u eo ee p g Ma tg l d r on ki a Te ony o bo O t e (lk e f m riom tn but C ut N t ok h C ut N t ok ui Ci hr o oen rao aot e ony o bo. r e l n c e r f i h r e ) †¢. uu l nli IC lr A a s ta ys †¢IEoo iA a s I cnmc nli . ys †¢I Ma eA d ad o ptv Ma eA a s I. r t ui n C m ete r t nli I k t i i k ys †¢V PemnrMa en P n I. rii y r tg l l a ki a IC lr A a s wi g u e . uu l nli rn gi ta ys t i d G i le u en di IIrdco wi g u e .noutnRead MoreSustainable Building Material...24522 Words   |  99 PagesSome examples of reusable (RU), recyclable (RC) and biodegradable (B) building materials include: †¢ Asphalt (RC) †¢ Earthen materials (RU, B) †¢ Bricks (RU, RC) †¢ Steel, aluminum, iron, copper (RU, RC) †¢ Wood and dimensional lumber, including beams, studs, plywood, and trusses (RU, RC, B) †¢ Concrete (ground and used as aggregate) (RC) †¢ Gypsum wall board1 (RU, B) †¢ Straw bales (B) †¢ Wool carpet (B) †¢ Linoleum flooring (B) †¢ Doors windows (RU) †¢ Plumbing lighting fixtures (RU) †¢ Unique and antique productsRead MoreThermodynamics1217 Words   |  5 Pages A \sim B \wedge B \sim C \Rightarrow A \sim C * First law of thermodynamics \mathrm{d}U=\delta Q-\delta W\, * Second law of thermodynamics \oint \frac{\delta Q}{T} \ge 0 * Third law of thermodynamics T \rightarrow 0, S \rightarrow C * Onsager reciprocal relations - sometimes called the Fourth Law of Thermodynamics \mathbf{J}_{u} = L_{uu}\, \nabla(1/T) - L_{ur}\, \nabla(m/T) \!; Read MoreCase Study20441 Words   |  82 PagesUnderstanding the Supply Chain Chapter 2 Supply Chain Performance: Achieving Strategic Fit and Scope Chapter 3 Supply Chain Drivers and Metrics Part II -- Designing the Supply Chain Network Chapter 4 Designing Distribution Networks and Applications to e-Business Chapter 5 Network Design in the Supply Chain Chapter 6 Designing Global Supply Chain Networks Part III -- Planning Demand and Supply in a Supply Chain Chapter 7 Demand Forecasting in a Supply Chain Chapter 8 Aggregate Planning in a Supply