Study for the ASU CIS105 Computer Applications and Information Technology Midterm Exam with our comprehensive guide. Practice multiple-choice questions, each with explanations and hints, to ensure you're ready for success.

Bus lines are typically measured by their width. In the context of computer architecture and data communication, bus lines refer to the connections that facilitate data transfer between components of a computer or within a network. The width of a bus line indicates how many bits of data can be transmitted simultaneously.

For example, a bus line that is 32 bits wide can carry 32 bits of data in parallel at one time, which significantly affects the performance and data transfer capabilities of the system. Therefore, understanding the width of bus lines is crucial for efficiency in data handling and processing within computer architecture.

Other options like length, height, and speed do not provide meaningful measures concerning bus lines in this context. Length does not relate to capacity or capability, height is not a relevant measurement in this context, and speed, while important in terms of how quickly data can travel, is typically associated with how fast a bus can operate, rather than how it is physically measured.

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