Which statement below explains how the bandwidth of a network is measured?(3 points) Responses Bitrate. Higher bitrate means higher bandwidth. Bitrate. Higher bitrate means higher bandwidth. Voltage. Higher voltage means higher bandwidth. Voltage. Higher voltage means higher bandwidth. Frequency of waves. Higher frequency means higher bandwidth. Frequency of waves. Higher frequency means higher bandwidth. Light. More light means higher bandwidth.
- The statement "Bitrate. Higher bitrate means higher bandwidth" is correct. Bandwidth is a measure of the maximum data transfer rate of a network, and bitrate refers to the amount of data transmitted per unit of time. Higher bitrate means a higher amount of data can be transmitted, resulting in higher bandwidth.
- The statement "Frequency of waves. Higher frequency means higher bandwidth" is correct. In networking, bandwidth can also refer to the range of frequencies that a network can transmit data on. Higher frequency waves can carry more data, resulting in higher bandwidth.
- The statement "Light. More light means higher bandwidth" is incorrect. While light is used in optical networks for data transmission, the amount of light does not directly determine the bandwidth. The bandwidth of an optical network is determined by factors such as the modulation scheme, fiber quality, and other technical specifications.