Tosh5457 said:
You're ignoring the players who gave the money to those players who won money. That's like analyzing a fixed number of poker players in a table, without accounting for the new players that enter. In that case it can be a positive or negative sum game, since you're not accounting for all the players.
Count any players you want to count, Tosh, you can't make poker a positive-sum game: the sum of all of the returns is zero. The analogy was your choice. If it doesn't work, it hurts your argument, not ours.
You don't accept the fact that the company growing doesn't give the stockholders any direct benefit.
Incorrect and annoying since we've covered this already. I'm perfectly aware that there is no direct benefit besides the ownership itself. The part you don't understand is that a direct benefit isn't necessary. I've said this many times.
The only benefit they'll have, in average, will be to see their stock rise in price because of others investors expectations rising.
Right, as long as you acknowledge that those expectations aren't completely imaginary. Apple's profit projections for this year and Apple's profit projections for 1982 are a lot different from each other, for good reason.
But a game just made of transactions will always be zero-sum.
Er. Well, if you pay me $100 for a stock only worth $1 I don't think that's a zero-sum transaction. I think you argue against your point by calling this a pyramid scheme, then describing it as zero-sum. Regardless, no, the game is not just made of transactions. In between the transactions, something else happens that adds or removes value from the game.
Transaction 1: Boeing stock is trading for $100 and I buy it at $100.
Event: Boeing is awarded a $1 billion airplane contract. The market recognizes the new earnings potential of Boeing and the perceived value rises to $150.
Transaction 2: I sell my stock for $150.
Transactions 1 and 2 are zero-sum transactions; nobody won, nobody lost. The Event is the actual value of the stock changing between the two buy/sell transactions. So I gained money because the stock gained value because the company grew.
A second scenario regarding dividends:
Transaction 1: I buy a stock currently valued at $100.
Event: The company pays me a dividend of $5/share.
Transaction 2: I sell the stock for $95.
Again, transactions 1 and 2 are each zero-sum transactions. In the Event , my stock lost exactly $5 of value because the company took $5 from its bank account and gave it to me. So the stock instantly became worth $5 less.
Come to think of it, that's kinda how poker works in a casino: the house takes money out of the game.
Anyway, the only way for each transaction to be zero-sum is if there is actual value added to the company (or removed) in between, which is exactly what happens.
Anyway, I still haven't understand something. Russ, are you trying to say the stock-market isn't a zero-sum game in respect to the profits of the stockholders...
This is also annoying because I stated it explicitly in post #5. You're not absorbing anything that's being said, which implies to me you aren't interested in real discussion (much less learning), just arguing one point at a time, regardless of if they repeat. But again:
The stock market overall is positive sum with respect to the profits of the stockholders because the value of what they are trading rises. The value of each transaction is zero sum.
The value of what is being traded
has to rise otherwise the transactions aren't zero sum. Let me say that again, another way:
In a pyramid scheme, each transaction is negative sum. That's why they collapse: the value of the pyramid is always negative, so if too many people try to cash-out, it collapses.
For stocks, if you pay $100 for a worthless piece of paper, that's not zero-sum. The piece of paper has to actually be worth $100 for it to be zero sum.