Levis‚ P.‚ Lee‚ N.‚ Welsh‚ M.‚ and Culler‚ D. 2003. TOSSIM: accurate and scalable simulation of entire TinyOS applications. In Proc. of SenSys ’03‚ 126-137. Lu‚ H.‚ Chan‚ W. K.‚ and Tse‚ T. H. 2006. Testing contextaware middleware-centric programs: a data flow approach and an RFID-based experimentation. In Proc. of SIGSOFT ’06/FSE-14‚ 242-252. Lu‚ H.‚ Chan‚ W. K.‚ and Tse‚ T. H. 2008. Testing pervasive software in the presence of context inconsistency resolution services. In Proc. of ICSE ’08‚ 61-70
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Modeling the Greenhouse Effect Aim: The aim behind this experiment is to investigate the consequences of greenhouse gases by recording and comparing the change in temperature every 3 minutes of a flask filled with CO₂ in comparison to a flask filled with air. Introduction: The purpose of this experiment is to impersonate the greenhouse affect in our own lab by comparing and measuring the temperatures of greenhouse gases CO₂ compared to air. The experiment will recognize the difference
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genome into it. As we will not go into the details of the viral life cycle but including that per the journal by Lu X and Block Timothy‚ in their research‚ “ Study of early steps of hepatitis B life cycle” they report that the virus will infect its host by three stages called; attachment‚ fusion and entry. The research is still ongoing on the specifics of the complete cycle of the HBV (Lu & Block‚ 2004). The environmental factor includes dried blood on surfaces‚ which is infected‚ and if another person
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a heterosexual romance novel. The main character’s name is Minerva Dobbs‚ or Min for short. Min is a heavier set woman‚ who works as an Actuary‚ and wants nothing more than to be finished with the dating scene and move in with a cat. Min’s boyfriend‚ David‚ along with her mother is constantly advising her on how to lose weight. That was until David broke up with Min in a bar because she would not have sex with him. Min was relieved that her and David were no longer a couple‚ and realizes that she
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resources for the work. The example below is based on using a tower crane to lift concrete from the street to a high floor for placing. Each resource is represented by a column; time is on the vertical axis. Time 1 min 2 min 3 min 4 min 5 min 6 min 7 min 8 min 9 min 10 min 11 min 12 min 13 min Truck & Crew Fill skip Wait Crane & Skip Skip filling Hoist Skip Skip emptying Lower skip Placing Crew Wait Place and compact concrete Wait Finishing Crew Wait Smooth and finish concrete Fill
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rate constant‚ k. 0.693 0.693 0.693 k = t1/2 k = 6 min k = 6 min k = 0.115 min-1 b) k = Vmax / Km Vmax = k x Km Vmax = 0.115 min-1 x 5 x 10 -3 M = 0.575 x 10 -3 M min-1 Vmax = 0.575 x 10 -3 mole liter-1 min-1 = 575 moles liter-1 min-1 c) We know the initial concentration‚ [S] o‚ and we have calculated the rate constant‚ k. We need to determine
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task Total Time Wash hands‚ tie hair up or put hat on‚ put on apron. All group members 3 min 3 min Retrieve ingredients Helper 2 min 5 min Place the ground beef in a medium skillet over high. Cook until brown and drain all oils. Head Chef 7 min 12 min Crush doritos bags and chop of all the lettuce‚ and tomatoes. Assistant Chef 5 min 17 min Wash table and put plates and glasses out. Host 2 min 19 min Open chip bag
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AirAsia SWOT Analysis: Tough second quarter ahead‚ but fundamentals solid [WWW]. Available from:http://www.centreforaviation.com/news/2009/05/29/airasia-swot-analysis-tough-second-quarter-ahea d-but-fundamentals-solid/page1 [Accessed 05/08/09] CHERIE LU‚ CHANG JUNG CHRISTIAN UNIVERSITY IN TAINAN‚ Aerlines Magazine e-zine Edition‚ Issue 34‚ The Low Cost Model and Strategies for Taiwanese Airlines [WWW]. Available from: http://www.aerlines.nl/issue_34/34_Lu_et-al_Low-cost carriers_Strategies_for_Taiwanese_Airlines
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of shirt patterns cut = 5 layers * 1 shirts/layer = 5 shirts Time required per shirt pattern = 2.5/5 = 0.5 mins/shirt Labor time per shirt for cutting stage = 1 worker * 0.5 mins/shirt = 0.5 mins/shirt Operation Labor Content (mins/shirt) # of worker (Regular) (n) Stage cycle time* (Regular) # of workers (Custom) (n) Stage cycle time* (Custom) 1. Make collar 3.90 7 0.5571 1 3.90 2. Make cuff 2.00 3 0.6667 1 2.00 3. Make
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time = 3*180 = 540 min The total registration time = 80*5 = 400 min (New patient & Follow-up patient) The utilization of Registration = 400/540 = 74.07% b. Verification & Hand-off: Total available time = (4*60 + 15)*3 = 255*3 = 765 min The number of follow-up patients = 80*60% = 48 people The number of new patients = 80*40% = 32 people The total time for follow-up patients = 48*4 + 48*0.85*2 = 273.6 min The total verifiaction time for new patients = 32*(9+2) = 352 min The total verification
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