Sure! See ISO-80000-2
Here’s a link: https://cdn.standards.iteh.ai/samples/64973/329519100abd447ea0d49747258d1094/ISO-80000-2-2019.pdf
Sure! See ISO-80000-2
Here’s a link: https://cdn.standards.iteh.ai/samples/64973/329519100abd447ea0d49747258d1094/ISO-80000-2-2019.pdf
“Approximately equal” is just a superset of “equal” that also includes values “acceptably close” (using whatever definition you set for acceptable).
Unless you say something like:
a ≈ b ∧ a ≠ b
which implies a is close to b but not exactly equal to b, it’s safe to presume that a ≈ b includes the possibility that a = b.
I find it frankly hilarious that all these ships are apparently designed so that damage to just about any part of the ship has a high likelihood of causing a bridge panel, often used by the captain, commanders, and lieutenants, to explode right into the faces of the most important people on the ship.
You would think after reading the 20th captain’s log with variations of “Ensign Ricky died after a bridge panel exploded in his face following minor torpedo damage to Shuttle Bay 3,” Starfleet might consider some redesigns and retrofittings.
Coolant leak! We’ve got a coolant leak!
The role of a district court judge is to do two things:
Cannon has basically decided to do the exact opposite of these two rules by pretending that the facts of this case are so incredibly unprecedented that she has to throw out the rulebook and set new precedents on everything.
Literally the only unusual thing about this case is that the defendant, a private citizen who currently gets free government security protection for the rest of his life, used to be a president. That’s it. Everything else about this case is straightforward obstruction of justice and willful retention of national security information.
It’s a definition from a well-respected global standards organization. Can you name a source that would provide a more authoritative definition than the ISO?
There’s no universally correct definition for what the ≈ symbol means, and if you write a paper or a proof or whatever, you’re welcome to define it to mean whatever you want in that context, but citing a professional standards organization seems like a pretty reliable way to find a commonly-accepted and understood definition.