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Harvard University AIS 101 Chapter 13-Managing the Systems Development Life Cycle TRUE/FALSE 1)The majority of the cost of a system is incurred in the new systems development phase of the life cycle
Harvard University
AIS 101
Chapter 13-Managing the Systems Development Life Cycle
TRUE/FALSE
1)The majority of the cost of a system is incurred in the new systems development phase of the life cycle.
- According to the text, a stakeholder is an end user of a system.
- The objective of systems planning is to link systems projects to the strategic objectives of the firm.
- The Systems Development Life Cycle (SDLC) concept applies to specific applications and not to strategic systems planning.
- An accountant’s responsibility in the SDLC is to ensure that the system applies proper accounting conventions and rules and possesses adequate control.
- In the conceptual design phase of the Systems Development Life Cycle (SDLC), task force members are focused on selecting the new system design.
- When determining the operational feasibility of a new system, the expected ease of transition from the old system to the new system should be considered.
- One-time costs include operating and maintenance costs.
- When preparing a cost-benefit analysis, design costs incurred in the systems planning, systems analysis and conceptual design phases of the Systems Development Life Cycle are relevant costs.
- A tangible benefit can be measured and expressed in financial terms.
- Instead of implementing an application in a single “big-bang” release, modern systems are delivered in parts continuously and quickly
- When the nature of the project and the needs of the user permit, most organizations will seek a pre- coded commercial software package rather than develop a systems in-house.
- All of the steps in the Systems Development Life Cycle apply to software that is developed in-house and to commercial software.
- Mixing technologies from many vendors improves technical feasibility.
- The first step in the SDLC is to develop a systems strategy
- System maintenance is often viewed as the first phase of a new development cycle.
- Project initiation is the process by which systems proposals are assessed for consistency with the strategic systems plan and evaluated in terms of their feasibility and cost-benefit characteristics.
- When the nature of the project and the needs of the user permit, most organizations will create the system in-house rather than rely on a commercial package.
- Existing (maintained) applications are the prototypes for their new versions.
- Because of the robustness of modern technology, businesses today see infrequent changes in their IT systems and much longer system life spans.
MULTIPLE CHOICE
- When studying the detailed feasibility of a new project
- prototyping does not affect the schedule feasibility analysis
- the need for user training will influence the schedule feasibility analysis
- protection from fraud and errors will influence the schedule feasibility analysis
- a cost-benefit review will affect the schedule feasibility analysis
- Protection from inadvertent disclosures of confidential information is part of the detailed
- operational feasibility study
- schedule feasibility study
- legal feasibility study
- economic feasibility study
- A cost-benefit analysis is a part of the detailed
- operational feasibility study
- schedule feasibility study
- legal feasibility study
- economic feasibility study
- Examples of one-time costs include all of the following except
- hardware acquisition
- insurance
- site preparation
- programming
- Examples of recurring costs include
- software acquisition
- data conversion
- personnel costs
- systems design
- Site preparation costs include all of the following except
- crane used to install equipment
- freight charges
- supplies
- reinforcement of the building floor
- The testing of individual program modules is a part of
- software acquisition costs
- systems design costs
- data conversion costs
- programming costs
- When implementing a new system, the costs associated with transferring data from one storage medium to another is an example of
- a recurring cost
- a data conversion cost
- a systems design cost
- a programming cost
- An example of a tangible benefit is
- increased customer satisfaction
- more current information
- reduced inventories
- faster response to competitor actions
- An example of an intangible benefit is
- expansion into other markets
- reduction in supplies and overhead
- more efficient operations
- reduced equipment maintenance
- A tangible benefit
- can be measured and expressed in financial terms
- might increase revenues
- might decrease costs
- all of the above
- Intangible benefits
- are easily measured
- are of relatively little importance in making information system decisions
- are sometimes estimated using customer satisfaction surveys
- when measured, do not lend themselves to manipulation
- Which technique is least likely to be used to quantify intangible benefits?
- opinion surveys
- simulation models
- professional judgment
- review of accounting transaction data
- The formal product of the systems evaluation and selection phase of the Systems Development Life Cycle is
- the report of systems analysis
- the systems selection report
- the detailed system design
- the systems plan
- One time costs include all of the following except
- site preparation
- insurance
- programming and testing
- data conversion
- Recurring costs include all of the following except
- data conversion
- software maintenance
- insurance
- supplies
- All of the following are reasons why new systems fail except
- the user is not involved in the development of the system
- system requirements are not clearly specified
- systems analysts rely on prototyping models
- system development techniques are ineffective
- The systems steering committee is responsible for all of the following except
- assigning priorities
- determining whether and when to terminate systems projects
- analyzing the technical feasibility of the project
- budgeting funds for systems development
- Strategic systems planning is important because the plan
- provides authorization control for the Systems Development Life Cycle
- will eliminate any crisis component in systems development
- provides a static goal to be attained within a five-year period
- all of the above
- Project feasibility includes all of the following except
- technical feasibility
- conceptual feasibility
- operational feasibility
- schedule feasibility
- The degree of compatibility between the firm’s existing procedures and personnel skills and the requirements of the new system is called
- technical feasibility
- operational feasibility
- schedule feasibility
- legal feasibility
- The ability of a system to protect individual privacy and confidentiality is an example of
- schedule feasibility
- operational feasibility
- legal feasibility
-
- economic feasibility
- The systems project proposal
- provides management with a basis for deciding whether or not to proceed with the project
- supplies an input to the project planning activity
- links the objectives of the proposed system to the system’s scheduling requirements
- prioritizes the proposal in relation to other system proposals
- Which step is not used to evaluate a systems proposal? An analysis of the project’s
- feasibility factors
- ability to eliminate nonessential activities and costs
- ability to provide a competitive advantage to the firm
- use of Computer Aided Software Engineering (CASE) tools in developing the system proposal
- Reasons that a new systems implementation may be unsuccessful include all of the following except
- organizational restructuring required by the new system results in displaced workers
- end users do not understand the strategic merits of the new system
- employees are not trained to use the system
- system development team members include representatives from end-user departments
- Typically a systems analysis
- results in a formal project schedule
- does not include a review of the current system
- identifies user needs and specifies system requirements
- is performed by the internal auditor
- A disadvantage of surveying the current system is
- it constrains the generation of ideas about the new system
- it highlights elements of the current system that are worth preserving
- it pinpoints the causes of the current problems
- all of the above are advantages of surveying the current system
- Systems analysis involves all of the following except
- gathering facts
- surveying the current system
- redesigning bottleneck activities
- reviewing key documents
- The systems analysis report does not
- identify user needs
- specify requirements for the new system
-
- formally state the goals and objectives of the system
- specify the system processing methods
- After the systems analysis phase of the System Development Life Cycle (SDLC) is complete, the company will have a formal systems analysis report on
- the conceptual design of the new system
- an evaluation of the new system
- users’ needs and requirements for the new system
- a comparison of alternative implementation procedures for the new system
- The accountant’s role in systems analysis includes all of the following except
- specify audit trail requirements
- prepare data gathering questionnaires
- suggest inclusion of advanced audit features
- ensure mandated procedures are part of the design
- The role of the steering committee includes
- designing the system outputs
- resolving conflicts that arise from a new system
- selecting the programming techniques to be used
- approving the accounting procedures to be implemented
- Project planning includes all of the following except
- specifying system objectives
- preparing a formal project proposal
- selecting hardware vendors
- producing a project schedule
- Aspects of project feasibility include all of the following except
- technical feasibility
- economic feasibility
- logistic feasibility
- schedule feasibility
- Which of the following is not a tool of systems analysts?
- observation
- task participation
- audit reports
- personal interviews
- When developing the conceptual design of a system,
- all similarities and differences between competing systems are highlighted
-
- structure diagrams are commonly used
- the format for input screens and source documents is decided
- inputs, processes, and outputs that distinguish one alternative from another are identified
- The role of the accountant/internal auditor in the conceptual design phase of the Systems Development Life Cycle includes all of the following except
- the accountant is responsible for designing the physical system
- the accountant is responsible to ensure that audit trails are preserved
- the internal auditor is responsible to confirm that embedded audit modules are included in the conceptual design
- the accountant is responsible to make sure that the accounting conventions that apply to the module are considered by the system designers
SHORT ANSWER
- Why is it important that the systems professionals who design a project not perform the detailed feasibility study of the project?
- List at least three one-time costs and three recurring costs in system development.
- benefits can be measured and expressed in financial terms, while
benefits cannot be easily measured and/or quantified.
- What is a systems selection report?
- Why is the payback method often more useful than the net present value method for evaluating systems projects?
- Contrast reactive and proactive management styles.
- Explain why accountants are interested in the legal feasibility of a new systems project.
- Explain an advantage of surveying the current system when preparing a systems analysis for a new systems project.
- What are two purposes of the systems project proposal?
- List two ways that a systems project can contribute to the strategic objectives of the firm.
- List four types of facts that should be gathered during an analysis of a system.
- What is the Internal Business Process Perspective?
- What is the Learning and Growth Perspective?
- When a company is doing financially well, why is the Customer Perspective measure important?
- Distinguish between escapable and inescapable costs. Give an example.
- Why is cost-benefit analysis more difficult for information systems than for many other types of investments organizations make?
- What does assessing user feedback involve?
ESSAY
- Explain the five stages of the systems development life cycle?
- What is the balanced scorecard?
- Define the feasibility measures that should be considered during project analysis and give an example of each.
- Explain the role of accountants in the conceptual design stage.
- Contrast the feasibility study performed in the systems analysis phase of the Systems Development Life Cycle (SDLC) with the study performed in the systems selection phase of the SDLC.
- Explain why the Systems Development Life Cycle is of interest to accountants. What is the accountant’s role in the Systems Development Life Cycle?
- What are three problems that account for most system failures?
- What is Industry analysis and why do managers do it.
- Why is the announcement of a new systems project so critical to project success?
- Contrast the preliminary project feasibility study with the feasibility study performed in the systems evaluation and selection phase of the SDLC.
- Part of systems planning is a project feasibility study. Several feasibility issues can be raised. What are they? Explain the key concerns.
- Explain the role of accountants in the conceptual design stage.
- Classify each of the following as either a one-time or recurring costs: training personnel
initial programming and testing system design-one
hardware costs
software maintenance costs site preparation
rent for facilities
data conversion from old system to new system
insurance costs
installation of original equipment hardware upgrades
- What is competency analysis and why do managers do it.
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