Alternatively, it’s possible cell companies like T-Mobile will lobby against these anticompetitive agreements, since it does reduce their number of potential customers. I don’t like cell company lobbying any more than ISP lobbying, but in this case, let them fight.
Something tells me T-Mobile’s got a little too much class solidarity to have any interest in reducing the profits of Charter Communications.
Hmm… so an approach that would have gotten Rodeo’s point across better might have been to say,
“so anarchy is just another name for the purest form of democracy.”
Because democracy is such a broad word that it is occasionally applied to the United States, despite the CIA’s history of coups and the FBI’s history of extrajudicial assassinations of citizens.
The game is hampered by a lack of any retry-mission/save/load feature. Right now, players are stuck indefinitely with the negative consequences of their mistakes.
Who knew a company with an unhealthy obsession with harvesting every screen tap of data from every person using their services… would chicken out from connecting their servers to a bunch of clients they couldn’t monitor.
… That said, I actually didn’t see this coming. It baffles me that I didn’t, but I didn’t.
Plus “math skills” is one of those areas where stereotypes and self-fulfilling prophesies have incredibly influential power.
Math is difficult for everyone, and emotional factors like, “having the confidence of yourself and your peers” are important in making it through difficulty.
Definitely try this more complicated nix-build command.
I don’t currently have a NixOS system myself, though, so I’m not really able to test it out. I switched back to Debian because it’s more user friendly and I’m not quite ready for NixOS.
Oddly enough, on a computer, I have not seen secant, cosecant, or cotangent.
I have seen sin, cos, tan, arcsin, arccos, and arctan.
Though the arc functions will only have one parameter, so if this is homework, you’ll probably be avoiding the arcs and using secant and friends
Anyways:
sin ( angle )
Term
In this example
Parameter
Angle is the parameter. It’s in radians, so in Java you’ll use a conversion like Math.toRadians(a) on whatever number you’re going to use as an argument
Argument
If I were to call sin(Math.PI / 4) then I would be passing the argument π / 4 to the function.
In other words, if a parameter is a question, then an argument is an answer. If a parameter is a coin slot, than an argument is the coin you choose to insert.
Operation
An operation is practically synonymous with “function”. It is performed on inputs to arrive at an output. However, usually in code, I hear “operation” used to describe things like /, *, and +. Things that have multiple inputs and a single output, all of the same form.
If someone is asking you, "which operation should you use in the body of function sin ( hyponetuse, opposite ) then I imagine the expected answer would be, / because
/ is an operation, and because
opposite / hypotenuse will perform the division that yields the sine of whatever triangle those two sides belong to.
An algorithm is the meat of a function. It’s the “how.”
And if you’re using someone else’s function, you won’t touch the “how” because you’ll be interacting with the “what.” (You use a function for what it does.)
You will be creating your own algorithm by writing code, however. Because an algorithm is just a sequence of steps that, taken together, constitute an attempt at achieving an objective.
Haus is saying all the little steps that go into approximating sine occur directly on the hardware.
The only way I can make sense of Lurker’s comment is:
maybe Lurker didn’t realize my edits to the post came after some people’s comments (my edits definitely came after your comment, derf). Lurker may have assumed you were dismissing the practicality of the Asia-Australia Power Link, mentioned in my edit but not in the original post.
Assuming the above, this is a miscommunication.
Assuming anything else, Lurker’s comment doesn’t make that much sense.