Networking Standard & Protocols Lowersixth Science Computer Science

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Quick true/false on networks and OSI

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Networking Standard & Protocols Lowersixth Science Computer Science


Networking Standard & Protocols Lowersixth Science Computer ScienceVersión en línea Quick true/false on networks and OSI por YAKILI LMS 1 ARP resolves MAC addresses from IP addresses incorrectly. Yes No 2 HTTPS uses HTTP over TLS/SSL. Yes No 3 The OSI model's top layer is the Physical layer. Yes No 4 IPv4 addresses are binary strings only. Yes No 5 IP addresses can be IPv4 or IPv6. Yes No 6 The application layer is responsible for routing packets. Yes No 7 DHCP assigns IP addresses permanently without renewal. Yes No 8 SMTP is a protocol for streaming video. Yes No 9 The OSI model includes a dedicated Presentation layer for encryption only. Yes No 10 IPv6 is not compatible with IPv4 at all. Yes No 11 UDP is connectionless, offering best-effort delivery. Yes No 12 HTTP/2 is an unrelated protocol to HTTP/1.1. Yes No 13 SMTP is used for sending email. Yes No 14 ARP operates at the network layer. Yes No 15 ICMP is used to transfer files between hosts. Yes No 16 IPv6 addresses are not hierarchical. Yes No 17 ICMP guarantees delivery of packets. Yes No 18 HTTP is a secure protocol by default. Yes No 19 ARP maps IP addresses to MAC addresses on a local network. Yes No 20 TLS is an application-layer protocol. Yes No 21 SSH is unencrypted by default. Yes No 22 DNS translates domain names to IP addresses. Yes No 23 POP3 is used to publish web pages. Yes No 24 TCP is a connectionless protocol. Yes No 25 HTTPS uses HTTP over UDP. Yes No 26 TCP guarantees absolute error-free delivery. Yes No 27 DNS stores user passwords. Yes No 28 VPNs only exist in corporate networks and nowhere else. Yes No 29 TCP/IP is the foundational protocol suite for the Internet. Yes No 30 FTP requires a separate control channel using UDP. Yes No 31 DHCP assigns IP addresses permanently without lease time. Yes No 32 SSH is primarily used for email transfer. Yes No 33 FTP uses UDP for data transfer. Yes No 34 TLS provides encryption for application-layer communications over TCP. Yes No 35 SMTP uses IMAP for sending mail. Yes No 36 TCP ports range from 10000 to 20000. Yes No 37 DNS resolves IP addresses to hostnames in reverse. Yes No 38 TLS terminates the connection on the client side only. Yes No 39 HTTP operates at the application layer. Yes No 40 FTP can transfer files in active and passive modes. Yes No 41 VPNs only operate at the application layer. Yes No 42 SSH encrypts email content on the wire. Yes No 43 DNS uses a single root server for all queries. Yes No 44 BGP is used for local area routing. Yes No 45 The OSI model has seven layers. Yes No 46 UDP is used for reliable streaming of large files. Yes No 47 E-mail protocols do not include any security features. Yes No 48 UDP provides guaranteed delivery. Yes No 49 The OSI model has five layers. Yes No 50 ARP can be used to diagnose DNS issues. Yes No

Networking Standard & Protocols Lowersixth Science Computer Science

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Grammys a mejor canción/grabación

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Preguntas sobre futbol para niños

Networking Standard & Protocols Lowersixth Science Computer ScienceVersión en línea

por YAKILI LMS

ARP resolves MAC addresses from IP addresses incorrectly.

HTTPS uses HTTP over TLS/SSL.

The OSI model's top layer is the Physical layer.

IPv4 addresses are binary strings only.

IP addresses can be IPv4 or IPv6.

The application layer is responsible for routing packets.

DHCP assigns IP addresses permanently without renewal.

SMTP is a protocol for streaming video.

The OSI model includes a dedicated Presentation layer for encryption only.

IPv6 is not compatible with IPv4 at all.

UDP is connectionless, offering best-effort delivery.

HTTP/2 is an unrelated protocol to HTTP/1.1.

SMTP is used for sending email.

ARP operates at the network layer.

ICMP is used to transfer files between hosts.

IPv6 addresses are not hierarchical.

ICMP guarantees delivery of packets.

HTTP is a secure protocol by default.

ARP maps IP addresses to MAC addresses on a local network.

TLS is an application-layer protocol.

SSH is unencrypted by default.

DNS translates domain names to IP addresses.

POP3 is used to publish web pages.

TCP is a connectionless protocol.

HTTPS uses HTTP over UDP.

TCP guarantees absolute error-free delivery.

DNS stores user passwords.

VPNs only exist in corporate networks and nowhere else.

TCP/IP is the foundational protocol suite for the Internet.

FTP requires a separate control channel using UDP.

DHCP assigns IP addresses permanently without lease time.

SSH is primarily used for email transfer.

FTP uses UDP for data transfer.

TLS provides encryption for application-layer communications over TCP.

SMTP uses IMAP for sending mail.

TCP ports range from 10000 to 20000.

DNS resolves IP addresses to hostnames in reverse.

TLS terminates the connection on the client side only.

HTTP operates at the application layer.

FTP can transfer files in active and passive modes.

VPNs only operate at the application layer.

SSH encrypts email content on the wire.

DNS uses a single root server for all queries.

BGP is used for local area routing.

The OSI model has seven layers.

UDP is used for reliable streaming of large files.

E-mail protocols do not include any security features.

UDP provides guaranteed delivery.

The OSI model has five layers.

ARP can be used to diagnose DNS issues.