A. ARP
B. UDP
C. TCP
D. HDLC

A. The physical distance between devices
B. The maximum data transfer rate of a network
C. The security level of a network
D. The number of devices connected to a network

A. Data is broken into packets before being sent
B. All packets travel the same path to the destination
C. Packets may take different routes to reach the destination
D. The network can handle multiple communications simultaneously

A. FTP
B. SSH
C. Telnet
D. POP3

A. Mesh
B. Ring
C. Star
D. Bus

A. Network Layer
B. Transport Layer
C. Data Link Layer
D. Application Layer

A. Local Access Network
B. Local Area Network
C. Large Area Network
D. Linear Area Network

A. To amplify signals
B. To convert analog signals to digital
C. To direct data packets between networks
D. To store user data

A. HTTP
B. FTP
C. SMTP
D. IMAP

A. 192.168.256.1
B. 172.16.0.256
C. 10.0.0.1
D. 255.255.255.256

A. To provide security for internet communications
B. To convert domain names into IP addresses
C. To filter and block malicious websites
D. To connect users to the closest server

A. CPU
B. RAM
C. GPU
D. SSD

A. Mapping images using ultraviolet light
B. Applying textures based on vertex positions
C. Mapping a 2D image onto a 3D model
D. Converting textures into grayscale

A. High Definition Rendering
B. Hyper Dynamic Range
C. High Dynamic Range
D. Highly Detailed Rendering

A. JPEG
B. PNG
C. GIF
D. MP3