Setting up simple LANs ( Form 3, Computer Science )

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Test your knowledge on computer networks' advantages and disadvantages.

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Setting up simple LANs ( Form 3, Computer Science )


Setting up simple LANs ( Form 3, Computer Science )Version en ligne Test your knowledge on computer networks' advantages and disadvantages. par YAKILI LMS 1 Networks can increase the efficiency of data management. Yes No 2 Networks make it impossible to share internet connections. Yes No 3 Computer networks allow sharing of resources like printers and files. Yes No 4 All networks operate without any security risks. Yes No 5 Networks can help in reducing the cost of data storage. Yes No 6 A major advantage of networks is improved communication among users. Yes No 7 Computer networks enable remote access to information. Yes No 8 Networks cannot be used to connect computers over long distances. Yes No 9 Using a network eliminates the need for data backups. Yes No 10 Computer networks always guarantee complete security of data. Yes No 11 Wi-Fi networks are classified as WANs. Yes No 12 A MAN (Metropolitan Area Network) covers a city or a large campus. Yes No 13 A LAN (Local Area Network) covers a small geographical area. Yes No 14 A PAN (Personal Area Network) is used for connecting devices close to a person. Yes No 15 A MAN is smaller than a LAN in coverage. Yes No 16 Wi-Fi networks are typically considered LANs. Yes No 17 A LAN can cover an entire continent. Yes No 18 A WAN is limited to a small office space. Yes No 19 A PAN usually connects devices over several kilometers. Yes No 20 A WAN (Wide Area Network) can connect computers across countries. Yes No 21 Peer-to-peer networks require a dedicated server for each connection. Yes No 22 Peer-to-peer networks are always faster than client-server networks. Yes No 23 Client-server systems typically have a centralized database. Yes No 24 Peer-to-peer networks allow each computer to act as both a client and a server. Yes No 25 Client-server architecture is commonly used in web applications. Yes No 26 In peer-to-peer networks, there is no need for a central server. Yes No 27 Client-server systems cannot support multiple users simultaneously. Yes No 28 In client-server architecture, clients request services from a central server. Yes No 29 Peer-to-peer networks are only used for small local networks. Yes No 30 In client-server architecture, every computer shares resources equally. Yes No 31 A proxy server stores data to speed up internet access. Yes No 32 A network switch assigns IP addresses to devices. Yes No 33 A network bridge is used to connect different types of networks. Yes No 34 Access points extend wireless network coverage. Yes No 35 A modem allows computers to access the internet. Yes No 36 A hub filters network traffic to improve security. Yes No 37 Firewalls help protect networks from unauthorized access. Yes No 38 A router connects different networks together. Yes No 39 A repeater amplifies signals to extend network range. Yes No 40 Switches are used to connect multiple devices within the same network. Yes No 41 Wireless devices can form an ad hoc network without additional hardware. Yes No 42 Ad hoc networks are only used in large enterprise environments. Yes No 43 An ad hoc network allows devices to connect directly without a central router. Yes No 44 Ad hoc networks are useful for quick, temporary connections. Yes No 45 Ad hoc networks cannot be used for sharing files between devices. Yes No 46 An ad hoc network always requires a dedicated access point to function. Yes No 47 Devices in an ad hoc network cannot communicate directly with each other. Yes No 48 Setting up an ad hoc network requires configuring network settings on each device. Yes No 49 Setting up an ad hoc network requires complex server configurations. Yes No 50 Devices in an ad hoc network communicate directly with each other. Yes No

Setting up simple LANs ( Form 3, Computer Science )

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Foot and Ankle Anatomy Quiz

Setting up simple LANs ( Form 3, Computer Science )Version en ligne

par YAKILI LMS

Networks can increase the efficiency of data management.

Networks make it impossible to share internet connections.

Computer networks allow sharing of resources like printers and files.

All networks operate without any security risks.

Networks can help in reducing the cost of data storage.

A major advantage of networks is improved communication among users.

Computer networks enable remote access to information.

Networks cannot be used to connect computers over long distances.

Using a network eliminates the need for data backups.

Computer networks always guarantee complete security of data.

Wi-Fi networks are classified as WANs.

A MAN (Metropolitan Area Network) covers a city or a large campus.

A LAN (Local Area Network) covers a small geographical area.

A PAN (Personal Area Network) is used for connecting devices close to a person.

A MAN is smaller than a LAN in coverage.

Wi-Fi networks are typically considered LANs.

A LAN can cover an entire continent.

A WAN is limited to a small office space.

A PAN usually connects devices over several kilometers.

A WAN (Wide Area Network) can connect computers across countries.

Peer-to-peer networks require a dedicated server for each connection.

Peer-to-peer networks are always faster than client-server networks.

Client-server systems typically have a centralized database.

Peer-to-peer networks allow each computer to act as both a client and a server.

Client-server architecture is commonly used in web applications.

In peer-to-peer networks, there is no need for a central server.

Client-server systems cannot support multiple users simultaneously.

In client-server architecture, clients request services from a central server.

Peer-to-peer networks are only used for small local networks.

In client-server architecture, every computer shares resources equally.

A proxy server stores data to speed up internet access.

A network switch assigns IP addresses to devices.

A network bridge is used to connect different types of networks.

Access points extend wireless network coverage.

A modem allows computers to access the internet.

A hub filters network traffic to improve security.

Firewalls help protect networks from unauthorized access.

A router connects different networks together.

A repeater amplifies signals to extend network range.

Switches are used to connect multiple devices within the same network.

Wireless devices can form an ad hoc network without additional hardware.

Ad hoc networks are only used in large enterprise environments.

An ad hoc network allows devices to connect directly without a central router.

Ad hoc networks are useful for quick, temporary connections.

Ad hoc networks cannot be used for sharing files between devices.

An ad hoc network always requires a dedicated access point to function.

Devices in an ad hoc network cannot communicate directly with each other.

Setting up an ad hoc network requires configuring network settings on each device.

Setting up an ad hoc network requires complex server configurations.

Devices in an ad hoc network communicate directly with each other.