# Question: Blackjack is a popular casino game in which the objective

Blackjack is a popular casino game in which the objective is to reach a card count greater than the dealer's without exceeding 21. One version of the game is referred to as the "hole card" version. Here, the dealer starts by drawing a card for himself or herself and putting it aside, face down, without the player's seeing what it is. This is the dealer's hole card (and the origin of the expression "an ace in the hole").

At the end of the game, the dealer has the option of turning this additional card face up if it may help him or her win the game. The no-hole-card version of the game is exactly the same, except that at the end of the game the dealer has the option of drawing the additional card from the deck for the same purpose (assume that the deck is shuffled prior to this draw). Conceptually, what is the difference between the two versions of the game? Is there any practical difference between the two versions as far as a player is concerned?

At the end of the game, the dealer has the option of turning this additional card face up if it may help him or her win the game. The no-hole-card version of the game is exactly the same, except that at the end of the game the dealer has the option of drawing the additional card from the deck for the same purpose (assume that the deck is shuffled prior to this draw). Conceptually, what is the difference between the two versions of the game? Is there any practical difference between the two versions as far as a player is concerned?

**View Solution:**## Answer to relevant Questions

For the United States, automobile fatality statistics for the most recent year of available data are 40,676 deaths from car crashes, out of a total population of 280 million people. Compare the car fatality probability for ...The number of telephone calls arriving at an exchange during any given minute between noon and 1:00 P.M. on a weekday is a random variable with the following probability distribution. X P(x) 0 .... 0.3 1 .... 0.2 2 ...Find the mean, variance, and standard deviation of the annual income of a hedge fund manager, using the probability distribution. x ($ millions) P(x) $1,700 ...... 0.2 1,500 ...... 0.2 1,200 ...... 0.3 1,000 ...... ...In problem 3-2, suppose that a cost is imposed of an amount equal to the square of the number of additional hours of sleep. What is the expected cost? Explain. X P(x) 0 ..... 0.01 1 ..... 0.09 2 ..... 0.30 3 ..... 0.20 4 ...A salesperson goes door-to-door in a residential area to demonstrate the use of a new household appliance to potential customers. At the end of a demonstration, the probability that the potential customer would place an ...Post your question