Final answer:
The assertion that information across a network is typically in human-readable format is false; it is usually in a digital binary format to optimize transmission and clarity.
Step-by-step explanation:
The statement that information traveling across a network is typically in human-readable format is False. Data transmitted over a network, such as the Internet, is usually in digital form, consisting of binary ones and zeros. This digital representation allows for more efficient and reliable transmission of information. For example, cell phone conversations, television voice, and video images are converted into binary data to ensure clearer transmission and to enable the use of algorithms for data compression.
As the bandwidth of networks has increased with the advent of technologies like fiber optics, 4G, and 5G, the capacity to transfer media such as movies, music, and television shows has greatly expanded. Moreover, many valuable products and services in the modern economy, like computer software, financial advice, and design blueprints, are now routinely shared over telecommunications networks at lower costs. This digital transformation has facilitated the rise of an industry that focuses on content creation and distribution, significantly impacting global media access and economic activities.