Final answer:
Binary bit values for DO[1] and DO[5] depend on their current states in a digital system, typically being either 0 (off) or 1 (on). Without specific context or status, the exact binary bit values cannot be determined.
Step-by-step explanation:
The binary bit value refers to the state of an individual bit in a binary number, where each bit can have a value of either 0 or 1. In the context of digital outputs like DO[1] and DO[5], these refer to specific outputs in a digital system or microcontroller. If the context does not provide a specific value for these outputs, we cannot determine their binary bit values as they depend on the state the outputs have been set to in the system.
If we assume that DO[1] and DO[5] are part of a binary number representing the digital output states of a system, we would consider them as individual bits within a larger binary sequence. For example, if DO[1] is on (or high), its binary bit value would be 1. If DO[5] is off (or low), its binary bit value would be 0