Try to answer these 200+ Information System and Security MCQs and check your understanding of the Information System and Security subject. Scroll down and let's begin!
A. A very low percentage (somewhere around 1%)
B. A low percentage (around 10%)
C. A moderate percentage (around 25%)
D. A high percentage (around 50%)
E. A very high percentage (around 80%)
A. Virtualization
B. Firewall logs
C. Network Layer
D. IEEE 802.1x
A. Content-filtering software
B. Google
C. Emoney
D. Pervasive
A. Mesh networks
B. Pervasive networks
C. Global networks
D. Fixed networks
E. Ubiquitous networks
A. Web harvesting
B. Cybersquatting
C. Intelligent agents
D. Antispyware
A. Operating systems
B. Application servers
C. Database management systems
D. Platforms
E. Programming languages
A. A mnemonic
B. An input device
C. An output device
D. Software
A. Guidelines
B. Acceptable use policies
C. Label
D. Information systems security
A. CryptoHeaven
B. Message-digest
C. Digital signature
D. Idle CPU Time
A. Trace
B. Bus
C. Route
D. Connection
A. Parallel operation
B. Direct changeover
C. Phased implementation
D. Pilot
A. Flat file
B. Schema
C. Relational system
D. User view
A. Structured
B. Report generator
C. Analytical
D. Scale up, scale out
A. Befriending someone who works for the company
B. Finding a single unlocked door in a virtual hallway
C. None of the above
A. Subject
B. Target
C. Object
A. Primary key
B. Autonumber.
C. Central entity
A. Theory of evolution
B. Theory of relativity
C. Compton Effect
A. GPS transmitters
B. Wi-Fi receivers
C. GPS amplifiers
D. GPS receivers
A. Two
B. Three
C. Four
A. Audit trails
B. Trap trails
C. Batch trails
D. Control trails
A. Motivating users to comply with security policies
B. Informing users about trends and threats in society
C. Teaching employees about security objectives
D. All of the above
A. WPA
B. SSL
C. WIP
D. OTP
A. Is more difficult to break down
B. Has no inherent order
C. Is easier to query and aggregate
D. Is more difficult to link together
A. Proxy server
B. Social engineering
C. Virtual private network
D. Secure Sockets Layer
A. SOCIOTECHNICAL APPROACH
B. SOFTWARE AS A SERVICE
C. DYNAMIC TICKET PRICING
D. COMPETITIVE ADVANTAGE
A. Use the password more than three times in a day
B. Write down your password
C. Use virtual keyboards to enter your password
D. Create passwords containing multiple special characters
A. Immediately change the password they are given to a password of their own
B. Documenting position sensitivity enables security personnel to prioritize their activities.
C. The financial losses faced by companies due to human error are enormous.
D. Personal identification number
A. Use verification procedures to ensure data accuracy.
B. Set of rules specifying the legal and ethical use of a system and the consequences of noncompliance.
C. Spam
D. Cybersquatting
A. Weighted factor analysis
B. Operational feasibility
C. Disadvantage
D. Data Classification Scheme
A. Systems
B. SCSI
C. Synchronous
D. InfiniBand
A. Users
B. Hardware
C. Software
D. Data
A. Spider
B. WiMAX
C. Home
D. Wide
A. Domain tasting
B. Smart cards
C. Cybersquatting
D. Government-to-citizen
A. Index
B. User interface
C. False
D. Primary key
A. Captive
B. Unstructured
C. Inner
D. Outer
A. Control
B. Sorted
C. COUNT
D. Date
A. Landscape
B. Portrait
C. Normal
D. Page layout
A. ROLLBACK
B. COMMIT
C. DELETE
D. UPDATE
E. DELETE
A. Overflow
B. Server
C. Simulation
D. Customer
A. Disp data
B. Ls -l data
C. Ls data
D. Cat data
A. Banded
B. Tables
C. Tab stop
D. True
A. Assessing abnormal behavior. . . explaining why behavior occurs
B. Explaining why behavior occurs . . . predicting behavioral patterns
C. Assessing abnormal behavior . . . describing patterns of behavior
D. Describing patterns of behavior . . . explaining why behavior occurs
A. Storage area networks
B. Wireless body sensor networks
C. Wireless local area networks
D. None of these
A. Bandwidth
B. Kensigton
C. Scareware
D. Fiber-optic
A. Signature
B. Data backups
C. Viruses and worms
D. Buffer overflow
A. Remote attacks requiring user action; remote attacks requiring no user action
B. Remote attacks requiring no user action; attacks by a programmer developing a system
C. Remote attacks requiring no user action; remote attacks requiring user action
D. Distributed remote attacks requiring user action; attacks by a programmer developing a system
A. All of the above
B. Rating and filtering
C. Application-level firewall
D. Proxy
A. Encryption
B. Firewall
C. Password
D. Biometrics
A. Procedure
B. Software
C. Information
D. Data
A. Computer knowledge
B. Computer fluency
C. Computer digitization
D. Computer information