with different data sets. The model also suggests to the traveler that which Bus will be suitable according as per the budget constraints. In this paper the UML Class‚ Sequence diagram‚ Activity diagram & Use Case diagram are also designed for the TMS. Keywords: UML‚ TMS‚ Class Diagram‚ Activity Diagram‚ Use Case Diagram INTRODUCTION: The Unified Modeling Language (UML) is a very dominant modeling graphical language for specifying‚ constructing and documenting the artifacts of software system
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I. SYSTEM FLOWCHART AND ER-DIAGRAM GENERATION TOOL Name of the tool: SMARTDRAW URL: This Software can be downloaded from: http://www.smartdraw.com. This is a paid software‚ but a 30-day free trial for learning can be downloaded. Requirements to use the tool: PC running Windows 95‚ 98 or NT. The latest versions of Internet Explorer or Netscape Navigator‚ and about 20MB of free space. What the tool does: Smartdraw is a perfect suite for drawing all kinds of diagrams and charts: Flowcharts‚ Organizational
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Write your name here Surname Other names Centre Number Candidate Number Edexcel GCE Biology Advanced Subsidiary Unit 1: Lifestyle‚ Transport‚ Genes and Health Thursday 8 January 2009 – Morning Time: 1 hour 15 minutes You do not need any other materials. Paper Reference 6BI01/01 Total Marks Instructions se b ink or • Uill inlack boxesball-point pen. page with your name‚ a the top of this • F the andt candidate number. centre number uestions. • Answer all qquestions
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has three components: a block diagram‚ a front panel and a connector panel. The front panel is built using controls and indicators. Controls are inputs – they allow a user to supply information to the VI. Indicators are outputs – they indicate‚ or display‚ the results based on the inputs given to the VI. The block diagram contains the graphical source code. All of the objects placed on the front panel will appear on the block diagram as terminals. The block diagram also contains structures and
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flowcharts for the assignment above by typing into the textboxes below. Control Flow Diagram—Main Control [pic] Control Flow Diagram—Display Menu | | |[pic] | Control Flow Diagram—Get_Int_Value |
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However in example 6‚ the H2O molecule given in the question is in the liquid state. Thus liquid water has to be converted into steam first. To convert 2 moles of liquid water into 2 moles of steam‚ an additional 82 kJ of energy is required. By using Hess’s Law‚ ΔH + 2(799) + 2(41) + 4(460) = 4(410) + (496) ΔH = -888 kJ mol-1 Alternative: energy absorbed during bond breaking = 4(410) + 2(496) = 2632 kJ energy released during bond forming = 2(799) + 4(460) + 2(41)
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expressed in terms of the quantities below. DU‚ the increase in the internal energy of the system Q‚ the energy transferred to the system by heating W‚ the work done on the system Which one of the following is a correct statement of the law? A. W = DU + Q B. W = −DU − Q C. W = DU − Q D. W = −DU + Q 3. A well-insulated container is divided into two equal volumes by a wall. In one half there is an ideal gas and the other is a vacuum as shown below. The wall is now removed. Which
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Project Environment 5 SWOT Analysis 6 4. The 7-S’s of Project Management 6 5. Work Breakdown Structure 8 6. Description of the Activities Necessary to Create the Project 8 Stage Model 9 7. Critical Path (CPM method) 12 Gantt Diagram 13 Activity on Node (AON) Representation 13 8. Analysis of Costs & Revenues of the Project 14 Estimative of the revenues of the Project 14 Estimative of the costs of the Project 15 Estimative of the profits of the Project 16 8. Conclusion & Final Recommendations
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sequence of activities is drawn below‚ showing also the late start‚ for the activities beyond the Critical Path (assuming that all relationships among the activities and its predecessors are End-to-Start) Figure 1 - Gantt chart for the project 2) The number of weeks to complete the project is the sum of the duration of the activities in the Critical Path‚ which is: A – E – H – I – J 6 + 3 + 4 + 2 + 2 = 17 weeks. a) We can draw the AON network‚ as below‚ with the critical path activities
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2.5.1 Cell Structure Vocabulary: cell wall‚ centriole‚ chloroplast‚ cytoplasm‚ endoplasmic reticulum‚ Golgi apparatus‚ lysosome‚ mitochondria‚ nuclear envelope‚ nucleolus‚ nucleus‚ organelle‚ plasma membrane‚ plastid‚ ribosome‚ vacuole‚ vesicle Prior Knowledge Questions (Do these BEFORE using the Gizmo.) 1. What are some of the structures inside a cell that help it to live and perform its role in an organism? ______Mitochondria‚ nucleus‚ ribosome’s. __________________________________________________________
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