A reserve price is a minimum price set by the auctioneer. If no bidder is willing to pay the reserve price, the item is unsold at a prot of $0 for the auctioneer. If only one bidder values the item at or above the reserve price, that bidder pays the reserve price. An auctioneer faces two bidders, each with a value of either $39 or $104, with both values equally probable. Without a reserve price, the second highest bid will be the price paid by the winning bidder. The following table lists the four possible combinations of bidder values. Each combination is equally likely to occur. On the foowing table, indicate the price paid by the winning bidder with and without the stated reserve price. Bidder 1 Value Bidder 2 Value Price Without Reserve ($) ($) Probability (55) Price with $104 Reserve Price $39 $39 0.25 _v _v $39 $104 0.25 _v _v $104 $39 0.25 _v _v $104 $104 0.25 _V _V Without a reserve pricel the expected price is . With a reserve price of $104, the expected price is . Thus, the expected price is larger V the reserve price