True. The internet is indeed a global network that connects millions of individual networks, allowing for communication and data exchange between devices and systems worldwide.
True or False. The internet is a network connecting individual networks.
7 answers
Which statement below explains how the bandwidth of a network is measured?
options:
A). Bitrate. Higher bitrate means higher bandwidth.
B). Voltage. Higher voltage means higher bandwidth.
C). Frequency of waves. Higher frequency means higher bandwidth.
D). Light. More light means higher bandwidth.
options:
A). Bitrate. Higher bitrate means higher bandwidth.
B). Voltage. Higher voltage means higher bandwidth.
C). Frequency of waves. Higher frequency means higher bandwidth.
D). Light. More light means higher bandwidth.
A). Bitrate. Higher bitrate means higher bandwidth.
This statement correctly explains that bandwidth is often measured in terms of bitrate, which is the amount of data transmitted in a given amount of time. Higher bitrate indicates a higher capacity for data transfer, thereby indicating higher bandwidth.
Which statement below best describes latency of a system?
options:
A). The time it takes for a bit to travel from sender to receiver.
B). The amount of data (in bits) that can be transmitted at any given time.
C). The distance that data needs to travel in a network.
D). The strength of the network connection.
options:
A). The time it takes for a bit to travel from sender to receiver.
B). The amount of data (in bits) that can be transmitted at any given time.
C). The distance that data needs to travel in a network.
D). The strength of the network connection.
A). The time it takes for a bit to travel from sender to receiver.
This statement best describes latency, which refers to the delay or lag in the time it takes for data to travel from the source (sender) to the destination (receiver) in a network.
The amount of data (in bits) that can be sent in a fixed amount of time is the _____________ of a system.
options:
A). bitrate
B). power
C). frequency
D). connection
options:
A). bitrate
B). power
C). frequency
D). connection
A). bitrate
The amount of data (in bits) that can be sent in a fixed amount of time is referred to as the bitrate of a system.