So in colour there is no sharp dividing line between a 'chord' and a 'note'. Some 'chords' look like 'notes' and some 'notes' look like 'chords'. Magenta is interesting because it's always a 'chord'.
380 karma · joined December 10, 2008
So in colour there is no sharp dividing line between a 'chord' and a 'note'. Some 'chords' look like 'notes' and some 'notes' look like 'chords'. Magenta is interesting because it's always a 'chord'.
An important difference between first-class functions and objects is that first-class functions are still functions. Closures are also functions, even though they merge data and code together just like objects do. But objects merge data and functions to form something that's neither data nor a function.
This, I think, is a shame. Data and functions are the most important abstractions in computer science. Objects not so much. If you aren't simulating something, then there's no natural ontology that you want to model with objects. By comparison almost every system needs to process data. The data about an object is not itself an object, and it doesn't help matters to conceive of it as an object.
So we're only doomed x 2.
This is why current account balances are counted in all the official measures of money quantities, including the most strict measures such as M0.
This is a perfect example of the kind of misunderstanding the OP was talking about. Money is created by depositing money at a bank, not by the bank lending it. Banks only lend base money, and it's illegal for them to print that.
Of course, people usually don't take the cash loan directly, but have the money deposited at the bank instead, which results in money (in the form of current account balances) being created. But it's the act of depositing, not the act of borrowing, that creates the money. If they took the cash, no money would be created.
The money would be withdrawn in the way that central banks usually withdraw money in their day-to-day operations: by selling bonds or allowing them to mature.