The thing is, a lot of tasks don't require accuracy.
We force accuracy on them when we computerize them, because computers historically haven't handled ambiguity well. That demands the skill of 'programming' - interpreting fuzzy real world problems, making them precise enough to be modeled in a way that classical computing can handle, and making computer routines to help.
But the underlying problem humans are looking for a bicycle-for-the-mind to make easier often didn't start off 'precise' at all.
We force accuracy on them when we computerize them, because computers historically haven't handled ambiguity well. That demands the skill of 'programming' - interpreting fuzzy real world problems, making them precise enough to be modeled in a way that classical computing can handle, and making computer routines to help.
But the underlying problem humans are looking for a bicycle-for-the-mind to make easier often didn't start off 'precise' at all.