The probability of some action costing delta-utility x and resulting in delta-utility y, where y >> x, is low. The Anti Gratis Dining modifier is x/y. These things I conjecture, anyways.
The apple-salespeep who says, “Give me $0.50, and I will give you an apple” is quite believable, unlike the apple-salespeep who claims, “Give me $3.50, and I will give apples to all who walk the Earth”. We understand how buying an apple gets us an apple, but we know far less about implementing global apple distribution.
Suppose I have a Holy Hand Grenade of FAI, which has been carefully proofed by all the best mathematicians, programmers, and philosophers, and I am (of course) amongst them. And am randomly selected to activate it! Sadly, there is an ant caught in the pin. I can not delay to extricate it, for that means more deaths left unprevented. I pull the pin and kill the ant anyways.
So, the more understanding you have about the situation at hand, the less the AGD factor applies to the situation.
The probability of some action costing delta-utility x and resulting in delta-utility y, where y >> x, is low. The Anti Gratis Dining modifier is x/y. These things I conjecture, anyways.
The apple-salespeep who says, “Give me $0.50, and I will give you an apple” is quite believable, unlike the apple-salespeep who claims, “Give me $3.50, and I will give apples to all who walk the Earth”. We understand how buying an apple gets us an apple, but we know far less about implementing global apple distribution.
Suppose I have a Holy Hand Grenade of FAI, which has been carefully proofed by all the best mathematicians, programmers, and philosophers, and I am (of course) amongst them. And am randomly selected to activate it! Sadly, there is an ant caught in the pin. I can not delay to extricate it, for that means more deaths left unprevented. I pull the pin and kill the ant anyways.
So, the more understanding you have about the situation at hand, the less the AGD factor applies to the situation.