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Posted on May 22, 2013
Two prizes are presented to the contestant. The contestant bids on the prizes, one at a time, with the host informing the contestant whether the actual price is higher or lower. If the contestant gives the exact prices of both of the prizes within 30 seconds, then the contestant wins the prizes, plus a bonus prize.
Posted on July 31, 2013
Four numbers corresponding to the price of a price are placed on a lever. When tilted in one direction, the numbers on the lever form a price; when tilted in the other direction, the numbers on the lever form a different price. The contestant must tilt the lever in the correct direction to form the price and win the prize.
Posted on July 31, 2013
The wrong price of a car is shown, with potential correct numbers above the wrong digits in the price. The contestant must cover up the incorrect digits with correct digits in the price of the car. On each turn, if the contestant has at least one new digit correct, then the contestant is given another turn. The game ends when the contestant has formed the price of the car or has no new digits correct.
Posted on August 12, 2013
Four prizes are shown to the contestant, along with a danger price. The contestant must choose the three prizes that do not have the danger price. If successful, the contestant wins all four prizes.
Posted on July 31, 2013
The first digit in the price of a car is revealed. The remaining digits in the price are all between 1 and 6. The contestant rolls dice to predict the remaining digits. If the contestant does not roll a correct digit, then the contestant must predict whether the digit is higher or lower than the number rolled. If the contestant is correct about each digit, then the contestant wins the car.
Posted on September 23, 2013
In this game, the contestant has a chance to win two prizes and some money. The prizes and money are arranged in the form of a mathematical equation (using the prices of the prizes). However, the equation has both a plus sign and a minus sign in the operator position. The contestant must identify whether the plus sign or the minus sign should be used to make the equation correct. If the contestant chooses the correct operator, then the contestant wins the two prizes and the money.
Posted on May 22, 2013
The contestant is shown two prizes and two lines of numbers that intersect in the center. The contestant must highlight the prices of the prizes. When the contestant adjusts one prize’s highlight, the other prize’s highlight automatically moves in tandem. If the correct prices are highlighted, then the contestant wins both prizes.
Posted on July 30, 2013
Two potential prices for a prize are shown to the contestant. If the contestant selects the correct price, then the contestant wins the prize.
Posted on August 12, 2013
Three prizes are shown to the contestant. The contestant must place blocks labeled 1, 2, and 3 on the least expensive, next more expensive, and most expensive prizes, respectively. If successful, the contestant wins all three prizes.
Posted on August 29, 2013
Five potential prices for a car are shown. Small prizes are presented to the contestant. For each time the contestant identifies whether the displayed price of each prize is true or false, the contestant earns a choice of the five price tags. If the contestant chooses the price of the car, then the contestant wins the car.
