1. Probability Die Difference and Uncertainty

2. Game 1 – Dice Difference This is a game for 2 players, A and B.
Two dice are tossed together and the difference in value of the dice is noted.
Player A wins if the difference is 0, 1, or 2. Player B wins if the difference is 3, 4, or 5.
Who do you think will win. Write your thoughts down.
Do 50 trials recording your results on a tally chart.
Calculate the theoretical results.
Plot your game results next to the theoretical results on a bar chart.
What would happen if you completed 230 trials or even 1000 trials.

3. Game 1 – Dice Difference
PROBLEM - Who would you rather be, A or B, why?
Is the game fair, why? Alternatively, why not?
PLAN - Is there any way we can check to see if the game is fair?
DATA – Random samples? How many?
ANALYSIS – Could we figure out whether it is fair and why? What are the options? Plots and probabilities.
COONCLUSION and EVALUATION -Would it be better to be player A or player B?

4. Difference 1 2 3 4 5 6
Difference
Frequency 6 1 10 2 8 3 4 5

5. Game 1 – Dice Difference Getting 0,1,2 is 24 chances out of 36 options