The $1,000 Chance of a Lifetime program is a quiz show that enjoyed massive popularity on Australian television. The hour-long prime time program was so popular that it was adapted for the American Audience and was called It’s Your Chance of a Lifetime.

In Australia, the $1,000 Chance of a Lifetime program aired from 1999 up to 2000 on Network Seven. The production of the show started when Network Nine announced that it would air the Who Wants to Be a Millionaire version adapted for the Australian audience. At the time of the announcement the Who Wants to Be a Millionaire show would offer the largest cash prize of any quiz show in the history of Australia.

## Chance of a Lifetime

The Chance of a Lifetime show produced by Seven was also a quiz based on knowledge, the top prize a million dollars. Unfortunately, no one ever managed to win the million dollars, although several contestants did win other money prizes. Although these shows are based on knowledge, it still comes down to good or bad luck in the questions that would be asked. Good luck would mean the question is in the field best known by the participant vs bad luck, suggesting the question’s answer is unknown to the player.

### The Very Thin Line of Expectation in Good Luck vs Bad Luck

The thin line of expectation can be explained via several examples starting with the classic toss of a coin. Then is there is also the binomial standard deviation and the question of the law of large numbers.

Betting is hugely influenced by luck. Sometimes good luck leads to benefits like profits; in other instances, bad luck can make you a losing victim. Most believe you should understand the importance of luck and the role it plays in betting, but then how beautiful is the line really between bad and good luck.

One field in betting that is all about chance is sports betting, winners have good luck plus the bookmakers margin counted in their favour. The most classic example is the tossing of a coin, the chances of it landing on tails or heads are equal both 50/50. So if a coin is tossed at least 20 times, it won’t end up that it lands ten times on tails and ten times on heads. The results differ no matter how many times you do the exercise. It could be seven heads vs 14 tails or 5 tails vs 15 heads.

It is this scenario that Jacob Bernoulli, the mathematician observed and studied. His notes include how the difference between the number of times heads or tails show up, increases. In his studies, the number of either heads/tails showing up is much closer to 50% when it is tossed around 100 times instead of just 20 times. It is also called the law of numbers, and it plays an essential part for bettors who understands probability.