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I like the overall idea of this equation, but IMO it seems to not hold for some cases. Think about some cases when reality is far lower than expectations or rea
by doall 9y ago
I like the overall idea of this equation, but IMO it seems to not hold for some cases. Think about some cases when reality is far lower than expectations or reality is very close to expectations but still lower than expectations. According to this equation, you will be very unhappy for the former case and less unhappy for the latter case, but I think this doesn't hold.
For example, in the winter olympics, there was a world class ski player that had been a champion for the world cups but not an olympic medalist. She already had been in positions like 7th, 6th, 5th, 4th and she just wanted nothing but a medal. In the Vancouver olympics, she went to the final round and was very close to winning a bronze medal, but finished in 4th place. She bursted into tears and clearly seemed very unhappy in the interview.
In the opposite case, if reality is far lower than expectations, like you couldn't even pass the qualification round, you can think that like an accident. I have seen this in the PyeongChang olympics that some good players not even passing the qualification round because of the windy weather. They clearly looked unhappy, but not bursting into tears, because blaming the wind will relax their unhappiness.