“it is not worth it for a candidate to spend money even if they can buy 10% of the vote for $1 (which is absurdly unrealistically high).”
So what is a realistic price / ‘exchange rate’ for this example, in your opinion?
I provided a coefficient of ‘1’ spelled out in the line below that, it could be ’10′ or ‘100’, etc.
”Sure, and my proposal of Votes / (10X + Y) would imply that the first candidate wins.”
Which invariant(s) would you construe this as maintaining? Why not just add a constant coefficient? This is more efficient to compute, and the average price is already too high, that’s ‘half the point’.
“it is not worth it for a candidate to spend money even if they can buy 10% of the vote for $1 (which is absurdly unrealistically high).”
So what is a realistic price / ‘exchange rate’ for this example, in your opinion?
I provided a coefficient of ‘1’ spelled out in the line below that, it could be ’10′ or ‘100’, etc.
”Sure, and my proposal of Votes / (10X + Y) would imply that the first candidate wins.”
Which invariant(s) would you construe this as maintaining? Why not just add a constant coefficient? This is more efficient to compute, and the average price is already too high, that’s ‘half the point’.