russ_watters said:
Still wrong. If you don't like the source that I gave, find your own. There really is nothing more I can do for you.
edit: I recommend finding a reputable source, not a source with an adjenda and a bias or a post in a forum, like your last one. That supposed conversation glossed over the fact that the way the money gets multiplied (heck, reading it, it may even be true, but it is misleading) is by re-depositing it. As I asked you before: if they can create money out of thin air, why even bother with the deposits before starting to send out loans?
http://www.answers.com/topic/fed-federal-reserve-system
fractional-reserve banking
In economics, particularly in financial economics, fractional-reserve banking is the near-universal practice of banks of
retaining only a fraction of their deposits to satisfy demands for withdrawals, lending the remainder at interest to obtain income that can be used to pay interest to depositors and provide profits for the banks' owners. Fractional-reserve banking allows for the possibility of a bank run in which the depositors collectively attempt to withdraw more money than is in the possession of the bank, leading to bankruptcy. This is possible because both the borrower and the depositor have a claim to withdraw money deposited at the bank.
It also increases the money supply through a mechanism called the deposit creation multiplier, explained below, which leads to inflation by definition. Most governments impose strictly-enforced reserve requirements on banks, with the exact fraction of deposits that must be kept in reserve generally set by a central bank.
http://en.wikipedia.org/wiki/Money_creation
Money creation
For example, let's assume that a primary deposit of $1000 is made into bank A. If the cash reserve ratio is 12%, then $120 must be kept on hand by the bank and $880 is available to be lent to someone else (called the excess reserve). Now if bank A uses its $880 in excess reserve by lending it out, and that is deposited in bank B, it represents a primary deposit to the second bank. Bank B must keep 12% of $880 on hand but can lend out $774.40. If that $774.40 is eventually deposited in bank C, the third bank must keep $92.93 on hand but can lend out $681.47. The process continues until there is no excess reserve left (For simplicity we will ignore safety reserves.). By adding all the derivative deposits we can calculate the amount of money created. Alternatively we can use the deposit multiplier equation:
An example of the creation of new money
5. The commercial bank now claims $1,000,000 in new liabilities (the amount on deposit in a bank is called a "liability" by the bank, because the bank has to pay interest to it, amongst other things). In the US, the law allows the bank to loan out 90% of what it has on deposit. This loaning of money that it has on deposit is the precise point new money is created, because the depositor still has his money, and the person getting the loan now has money too.
6. $900,000 is loaned out on Friday for someone to buy a house. This loan is in the form of a check. The home buyer signs the check and gives it to the seller, who deposits it right back into the bank on Monday. Note however, in real life that money would only come from the bank temporarily, who then would issue its own bonds or use a company like Fannie Mae to issue its own bonds, so that again investors can actually lend the money while the bank is simply a middleman, called a "servicer".
7. The commercial bank now claims $900,000 in new liabilities. 10 percent of that money is put into a reserves, and 90% of that, or $810,000 is loaned out. As soon as the $810,000 is deposited back into the bank, the cycle repeats and repeats until there is no more money to lend.
8. The total amount lent out to borrowers is $9,000,000. Add that to the $1,000,000 that it still has on deposit and the total is $10,000,000. Commercial banks make profit by charging fees for transactions, and by charging a higher interest rate to those they lend to, than what they pay for the funds. If the commercial bank charges 6% interest on the $9,000,000 it will earn $540,000 per year. If the bank making the loan pays 1% interest to the person who put the money on deposit in the first place it will cost them $90,000 per year. With 90% of that money lent out, if the originally depositor wants their money back, the bank has to borrow that money from another bank (or maybe from another source), at rate of interest set by the government (the overnight rate, or the federal funds rate in the US). This is called "asset-liability bouncing", and is a delicate balancing act all banks must work on every day.