Final answer:
True, Each digit position in a binary number does indeed require its own full-bit adder circuit for binary addition, to account for both the direct addition of the bits and any incoming carry from less significant bits.
Step-by-step explanation:
The statement is True: Each digit position in a binary number requires its own full-bit adder circuit when two binary numbers are being added together. In digital electronics, when performing binary addition, each bit pair needs to be added along with the carry from the preceding less significant bit pair. A full-bit adder takes into account the bits to be added as well as any carry from previous bits. In contrast, a half adder circuit would only add two single bits without considering a carry from the adjacent less significant bit.