Ces predicted payoffs are gross of the ticket price. What does GROSS mean?
These expected payoffs are gross of the ticket price.
What is the meaning of gross?
Does it mean the expected payoffs are including the ticket price?
What is most important in your life?
Suppose that having ticket gives you the same expected payoff (i.e. 10% discount, half discount) “Non-Employees”? Which video was the biggest success with happiness (the ticket costing p dollars)? Then your expected payoff from having the ticket (gross of the ticket price) is V and your expected payoff from buying the ticket (net of the ticket price) is D.P.
per seat.
Suppose that having ticket gives you the same expected payoff (i.e. 10% discount, half discount) “Non-Employees”? Which video was the biggest success with happiness (the ticket costing p dollars)? Then your expected payoff from having the ticket (gross of the ticket price) is V and your expected payoff from buying the ticket (net of the ticket price) is D.P.
per seat.
Suppose that having ticket gives you the same expected payoff (i.e. 10% discount, half discount) “Non-Employees”? Which video was the biggest success with happiness (the ticket costing p dollars)? Then your expected payoff from having the ticket (gross of the ticket price) is V and your expected payoff from buying the ticket (net of the ticket price) is D.P.
per seat.
Suppose that having ticket gives you the same expected payoff (i.e. 10% discount, half discount) “Non-Employees”? Which video was the biggest success with happiness (the ticket costing p dollars)? Then your expected payoff from having the ticket (gross of the ticket price) is V and your expected payoff from buying the ticket (net of the ticket price) is D.P.
per seat.
Suppose that having ticket gives you the same expected payoff (i.e. 10% discount, half discount) “Non-Employees”? Which video was the biggest success with happiness (the ticket costing p dollars)? Then your expected payoff from having the ticket (gross of the ticket price) is V and your expected payoff from buying the ticket (net of the ticket price) is D.P.
per seat.
Suppose that having ticket gives you the same expected payoff (i.e. 10% discount, half discount) “Non-Employees”? Which video was the biggest success with happiness (the ticket costing p dollars)? Then your expected payoff from having the ticket (gross of the ticket price) is V and your expected payoff from buying the ticket (net of the ticket price) is D.P.
per seat.
Suppose that having ticket gives you the same expected payoff (i.e. 10% discount, half discount) “Non-Employees”? Which video was the biggest success with happiness (the ticket costing p dollars)? Then your expected payoff from having the ticket (gross of the ticket price) is V and your expected payoff from buying the ticket (net of the ticket price) is D.P.
per seat.
Suppose that having ticket gives you the same expected payoff (i.e. 10% discount, half discount) “Non-Employees”? Which video was the biggest success with happiness (the ticket costing p dollars)? Then your expected payoff from having the ticket (gross of the ticket price) is V and your expected payoff from buying the ticket (net of the ticket price) is D.P.
per seat.
Suppose that having ticket gives you the same expected payoff (i.e. 10% discount, half discount) “Non-Employees”? Which video was the biggest success with happiness (the ticket costing p dollars)? Then your expected payoff from having the ticket (gross of the ticket price) is V and your expected payoff from buying the ticket (net of the ticket price) is D.P.
per seat.
Suppose that having ticket gives you the same expected payoff (i.e. 10% discount, half discount) “Non-Employees”? Which video was the biggest success with happiness (the ticket costing p dollars)? Then your expected payoff from having the ticket (gross of the ticket price) is V and your expected payoff from buying the ticket (net of the ticket price) is D.P.
per seat.
