Final answer:
It is false that each pin on a modern CPU can interpret a continuous range of applied voltages. Modern CPUs operate on digital logic, understanding only specified discrete voltage levels representing binary states, not a continuous range.
Step-by-step explanation:
The statement that each pin on a modern CPU can interpret a continuous range of applied voltages is false. Modern CPUs use digital logic, which interprets discrete voltage levels, typically as '0' or '1'. This digital logic operates on a binary scale where one particular voltage level will be read as a '0' (usually 0V or a low voltage) and another specific higher level will be read as a '1' (often around 5V or 3.3V for many modern systems).
In contrast, analog circuits are capable of interpreting a continuous range of voltages, but this is not the case with modern digital CPUs. Therefore, modern CPU pins do not work with continuous voltage ranges but rather with discrete, predefined voltage levels that correspond to binary states.