unmixable

It's even possible that the actual truth may lie somewhere between the two unmixable poles, whichever they are.

They were legally immiscible ( unmixable ).

The question you asked made sense only in your mind, because you cannot separate and compartmentalize two different things, and instead mix unmixable things together and create a complete unnecessary mess.

They're not unmixable skills and it's not impossible for an engineer to become a good manager with time and dedication to that craft.

In 'flagship' offerings like SharePoint or Skype/Lync/Teams you could see the unmixable partial code-bases brutally forced together under a single product name an foisted upon a user-base baffled by how this could have gone so wrong.

If you reject the expression entirely you don't have equal precedences, you have unmixable operators or precedences (the latter being if "2 + 3 - 4" is still allowed).

The basic intuition of the two extremes are: * High space requirement: we need a bucket per step to track the state * Low space requirement: we only need a single bucket, if we can mix/unmix the various components of the state High-space requirement algorithms will be those with a large amount of "unmixable" complex state.

If you reject the expression entirely you don't have equal precedences, you have unmixable operators or precedences (the latter being if "2 + 3 - 4" is still allowed).

The basic intuition of the two extremes are: * High space requirement: we need a bucket per step to track the state * Low space requirement: we only need a single bucket, if we can mix/unmix the various components of the state High-space requirement algorithms will be those with a large amount of "unmixable" complex state.