The number of bits that can travel simultaneously down a bus is known as the bus width.
The bus width refers to the number of parallel data lines or wires within a computer's data bus. It determines how many bits of data can be transmitted between different components of a computer such as the CPU, memory, and peripherals, in a single clock cycle.
A wider bus allows for faster data transfer and higher data throughput, as more bits can be transmitted at once. In contrast, a narrower bus limits the amount of data that can be sent in parallel, which can lead to slower data transfer speeds.
Therefore, the bus width is a crucial factor in determining a computer's overall performance and data handling capabilities. The Option A is right.
Full question:
The number of bits that can travel simultaneously down a bus is known as the... A. bus width. B. byte path. C. digital width. D. slate distance.