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Accounting Information Technology

Total questions: 50

Worksheet time: 16mins

Name
Class
Date
1.

An Accounting Information System is best described as an integrated structure that links people, procedures, and technologies to:

a)

Support organizational decision-making through coordinated information

b)

Process isolated financial records through independent routines

c)

Generate unrelated accounting reports through separated activities

d)

Record basic transactions through unconnected manual processes

2.

The primary relational value of AIS in organizations is its ability to:

a)

Connect operational events to financial reporting through unified systems

b)

Maintain transaction logs through unstructured documentation

c)

Produce output summaries through unsupported manual entries

d)

Organize static data through disconnected file arrangements

3.

The Revenue Cycle demonstrates relational integration when its activities:

a)

Coordinate sales, shipping, and billing through consolidated workflows

b)

Operate sales and billing through unverified independent actions

c)

Execute orders and payments through unrelated isolated processes

d)

Generate documents and records through inconsistent routine flows

4.

A relational understanding of the Expenditure Cycle recognizes that it:

a)

Aligns purchasing, receiving, and paying through synchronized controls

b)

Records supplier activities through detached verification steps

c)

Processes payments and receipts through inconsistent manual forms

d)

Collects purchasing data through unconnected procedural tasks

5.

The COSO Framework supports AIS integrity because its components:

a)

Interact to manage risks and ensure accountability through aligned controls

b)

Function to enforce policies through uncoordinated reporting procedures

c)

Evaluate system risks through inconsistent monitoring activities

d)

Provide basic guidelines through isolated governance practices

6.

Segregation of duties enhances system control when it:

a)

Distributes authorization, custody, and recording duties across roles

b)

Concentrates verification, approval, and posting duties in a unit

c)

Assigns tasks, responsibilities, and authority to one individual

d)

Allows processing, reporting, and handling to occur without review

7.

Requirements gathering is relational when analysts:

a)

Integrate interviews, observations, and documents into unified findings

b)

Conduct interviews, surveys, and checks without structured synthesis

c)

Observe workflows, forms, and behaviors without linking insights

d)

Review documents, reports, and logs without connecting patterns

8.

Feasibility analysis becomes effective when operational, economic, and technical factors:

a)

Work together to determine project viability through coordinated evaluation

b)

Produce estimates to justify proposals through basic assumptions

c)

Identify system needs through disconnected cost-related projections

d)

Establish comparisons through inconsistent organizational reviews

9.

System design is relational when it coordinates inputs, processes, and outputs to:

a)

Achieve structured alignment between system functions and user needs

b)

Produce general outputs without linking system elements to goals

c)

Manage separate tasks without creating interactions between stages

d)

Record isolated data without establishing connections among units

10.

Modular design supports AIS development when modules:

a)

Function as connected components that allow flexible system updates

b)

Operate as rigid structures that restrict consistent system changes

c)

Act as independent blocks that lessen integration across processes

d)

Serve as separate parts that prevent improvements across units

11.

A Level-0 DFD is relational because it:

a)

Represents core processes, data stores, and flows in integrated form

b)

Shows symbolic structures, entities, and steps without context

c)

Lists isolated operations, stores, and units without direction

d)

Identifies separate inputs, outputs, and steps without structure

12.

Balancing between DFD levels ensures that diagrams:

a)

Maintain consistent inputs and outputs that reflect unified flow

b)

Present unrelated activities and tasks that distort system logic

c)

Change core elements and processes without validation of links

d)

Introduce new flows and data stores without meaningful relevance

13.

Entity Relationship Diagrams are relational tools because they:

a)

Show how entities, attributes, and relationships interact as a system

b)

Record attributes, identifiers, and labels without meaningful links

c)

Display objects, names, and symbols without structural logic

d)

Present tables, columns, and lists without defining connections

14.

Normalization improves database reliability because it:

a)

Removes redundancy while preserving relationships among data elements

b)

Reduces anomalies while discarding important relational attributes

c)

Reorganizes tables while losing connections among data components

d)

Creates structures while ignoring dependencies among key variables

15.

ERP systems such as SAP and Oracle are relational because they:

a)

Integrate financial, logistical, and operational data across modules

b)

Handle accounting, purchasing, and reporting through separate units

c)

Manage processes, workflows, and records through disconnected forms

16.

QuickBooks supports small business AIS needs when it:

a)

Connects sales, expenses, and reporting through unified modules

b)

Records payments, receipts, and items through incomplete routines

c)

Tracks accounts, items, and invoices through segregated steps

d)

Generates statements, reports, and summaries through unrelated tasks

17.

The SDLC demonstrates relational structure when its phases:

a)

Progress sequentially while informing each stage through prior outputs

b)

Advance automatically without reviewing earlier development work

c)

Move forward independently without checking previous decisions

d)

Transition through steps without coordinating design activities

18.

User acceptance testing is relational when test cases:

a)

Reflect actual workflows to examine complete system functionality

b)

Involve sample data to check unrelated design requirements

c)

Use artificial inputs to assess isolated functional properties

d)

Apply random procedures to evaluate basic system responses

19.

System narratives contribute to AIS documentation by:

a)

Summarizing workflows that connect tasks, records, and participants

b)

Describing processes without linking steps to specific activities

c)

Listing procedures without explaining ties to organizational goals

d)

Presenting tasks without identifying relationships among units

20.

Flowcharts enhance understanding when their symbols:

a)

Represent linked operations that illustrate structured system behavior

b)

Display separate steps that lack coordination in the diagram

c)

Present visual icons that reflect generalized unrelated actions

d)

Show disconnected branches that obscure process relationships

21.

Computerized controls become effective when validation checks:

a)

Work together to prevent errors through integrated system routines

b)

Operate individually to review transactions through selective steps

c)

Function automatically to identify exceptions through independent logs

d)

Trigger warnings to highlight issues through isolated messages

22.

Audit logs enhance relational control because they:

a)

Track user activities through sequences linked across actions

b)

Record system events through general unconnected entries

c)

Capture time-stamps through inconsistent recording formats

d)

Document isolated steps through unrelated procedural notes

23.

AI-driven analytics create value when algorithms:

a)

Integrate historical patterns to support structured predictions

b)

Evaluate raw inputs to produce independent static summaries

c)

Examine limited records to generate unrelated insights

d)

Process sample data to create disconnected analytical figures

24.

Cloud-based AIS platforms support organizations because they:

a)

Enable synchronized access to shared data across distributed users

b)

Provide basic storage through isolated localized device systems

c)

Maintain offline logs through separate uncoordinated servers

d)

Generate periodic backups through inconsistent network routines

25.

A strong AIS case study shows relational reasoning when it:

a)

Connects system issues, process gaps, and recommendations logically

b)

Provides descriptions of events without structured interpretation

c)

Summarizes observations without explaining technological relevance

d)

Lists identified problems without supporting analytical context

26.

Diagramming contributes to case study clarity because it:

a)

Depicts linked interactions that illustrate system-wide problems

b)

Presents shapes and signs that explain minimal project concepts

c)

Shows boxes and arrows that describe disconnected system parts

d)

Includes icons and labels that convey limited case information

27.

Effective project development occurs when team members:

a)

Coordinate requirements, design, and testing across shared tasks

b)

Produce separate modules without integrating functional outputs

c)

Complete individual activities without reviewing related work

d)

Manage personal tasks without aligning results to group goals

28.

A system prototype demonstrates relational quality when it:

a)

Reflects accurate integration between user needs and system design

b)

Shows screens and menus without meaningful interaction pathways

c)

Exhibits static content that lacks operational flow and purpose

d)

Presents layout details without linking components to workflows

29.

Transaction cycles support organizational accuracy because they:

a)

Link operational events to financial reporting through structured flows

b)

Record cash activities through disconnected routine processes

c)

Document workflow activities through inconsistent step patterns

d)

Produce ledger updates through separate and unaligned actions

30.

Database keys improve AIS relational accuracy by:

a)

Maintaining integrity between related tables through consistent links

b)

Allowing tables to store data through isolated attribute placement

c)

Managing fields to permit unrelated values through flexible entries

d)

Enabling records to exist without referencing external identifiers

31.

Referential integrity ensures that database relations:

a)

Preserve valid connections between primary and foreign keys

b)

Allow orphaned records to remain without validation processes

c)

Maintain flexible links that change without structural rules

d)

Create independent tables without connection requirements

32.

A relational database supports AIS because it:

a)

Coordinates data across entities through structured relationships

b)

Stores records in tables through unrelated isolated sections

c)

Produces outputs in lists through general unconnected fields

d)

Manages values in files through inconsistent grouping patterns

33.

Internal audit reviews improve AIS reliability when auditors:

a)

Evaluate controls, workflows, and risks through integrated methods

b)

Review procedures, tasks, and logs through unrelated inspections

c)

Examine activities, inputs, and outputs through inconsistent checks

d)

Assess processes, forms, and reports through isolated routines

34.

A good database schema ensures relational coherence by:

a)

Defining tables that support meaningful connections across data

b)

Presenting fields that reflect minimal logical connections

c)

Listing attributes that provide limited structural context

d)

Showing records that emphasize general data organization

35.

Risk assessment becomes relational when it:

a)

Links threats, vulnerabilities, and controls across system areas

b)

Identifies issues, errors, and risks through separate processes

c)

Explains hazards, impacts, and events through isolated examples

d)

Presents findings, charts, and notes through uncoordinated steps

36.

Data warehouses support relational AIS needs because they:

a)

Combine large datasets for analysis across business functions

b)

Store information in silos without connecting organizational units

c)

Maintain unrelated records that limit cross-functional insights

d)

Organize raw files that reduce meaningful system interpretation

37.

Encryption achieves relational control by:

a)

Securing transmitted data through linked authentication routines

b)

Protecting stored information through inconsistent coding rules

c)

Managing confidential values through independent basic steps

38.

Fraud detection systems become effective when they:

a)

Integrate patterns, indicators, and alerts across monitored actions

b)

Identify anomalies, events, and records through isolated checks

c)

Examine logs, entries, and forms through static error reviews

d)

Track behaviors, steps, and fields through minimal data matching

39.

Data analytics supports AIS decision-making when insights:

a)

Align with organizational objectives through integrated analyses

b)

Reflect ambiguous results through unstructured interpretations

c)

Present isolated figures through disconnected reporting forms

d)

Summarize general outputs through limited contextual meaning

40.

Proper documentation supports SDLC processes because it:

a)

Connects design decisions to development outcomes systematically

b)

Provides basic records to support isolated programming steps

c)

Summarizes tasks to explain unrelated project activities

d)

Describes features without linking results to system goals

41.

Effective process mapping demonstrates relational value by:

a)

Illustrating coordinated tasks that reflect overall system logic

b)

Presenting unrelated steps that hinder understanding of workflows

c)

Showing simple actions that lack meaningful operational links

d)

Displaying events that offer minimal insight into processing logic

42.

Change management supports system upgrades when it:

a)

Connects stakeholders, requirements, and procedures under unified plans

b)

Encourages updates, adjustments, and changes through isolated steps

c)

Manages revisions, tasks, and iterations through unrelated cycles

d)

Implements changes, proposals, and reports through general reviews

43.

System evaluation is relational when it:

a)

Compares efficiency, usability, and accuracy across system aspects

b)

Checks performance, logging, and inputs through unrelated checks

c)

Measures speed, memory, and loading through disjointed metrics

d)

Assesses forms, screens, and menus through isolated observations

44.

Project milestones guide AIS development when they:

a)

Integrate schedules, outputs, and tasks to maintain system progress

b)

Present dates, notes, and activities without structured planning

c)

Assign duties, jobs, and tasks without reviewing dependencies

d)

Schedule events, steps, and meetings without strategic direction

45.

A well-designed user interface benefits AIS when it:

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46.

Structured interviews gather better system requirements because they:

a)

Align questions with objectives to collect coherent information

b)

Ask inquiries without coordination to produce varying responses

c)

Generate answers without context to provide inconsistent results

d)

Use prompts without purpose to gather limited user insights

47.

Prototyping enhances user involvement when it:

a)

Connects user feedback with iterative design improvements

b)

Presents early models without adopting user recommendations

c)

Demonstrates screen layouts without adjusting system features

d)

Provides sample views without integrating analysis outputs

48.

Effective system testing occurs when it:

a)

Links requirements, scenarios, and outcomes to validate functions

b)

Examines modules, forms, and fields through isolated trials

c)

Runs scripts, inputs, and cases through unstructured steps

d)

Tests logs, screens, and records through minimal interactions

49.

AIS project documentation improves clarity when sections:

a)

Demonstrate how analysis, design, and testing contribute to goals

b)

Present diagrams, charts, and notes without connected meaning

c)

Provide summaries, listings, and outlines without logical structure

d)

Explain methods, samples, and outputs without unified direction

50.

A completed AIS project achieves relational quality when it:

a)

Integrates technical design, operational impact, and user adoption

b)

Describes programmed features, coded tasks, and input screens

c)

Shows developed modules, written scripts, and test outputs

d)

Provides completed files, final reports, and project summaries