Calculate probabilities of simple and compound events in two-step chance experiments, with and without replacement
1. | Nine Lives 2 - predict final outcome from initial sample | |
2. | Nine Lives 1- predict final outcome from initial sample | |
3. | Slick Snacks 3 - determine probablity in 2 stage event | |
4. | Slick Snacks 2 - determine probablity in 2 stage event | |
5. | It's In The Bag 1 - two-stage sampling without replacement | |
6. | Fletch's Football Fever 4 - probability of compound events | |
7. | Fletch's Football Fever 3 - probability of compound events | |
8. | Fletch's Football Fever 2 - probability of compound events | |
9. | Cutting the Cards 3 - probability of simple and compound events | |
10. | Cutting The Cards 2 - probability of simple and compound events | |
11. | Cutting The Cards 1 - probability of single and two-stage events | |
12. | Stacking Up The Dice 6 - determine probability of an event given sample space | |
13. | Kris's Car Centre 2 - multi-stage/compound events | |
14. | Kris's Car Centre 4 - multi-stage/compound events | |
15. | Kris's Car Centre 3 - multi-stage/compound events | |
16. | Kris's Car Centre 1 - multi-stage/compound events | |
17. | Percibald's Probability 5 - determine probability as a simplified fraction (1) | |
18. | Percibald's Probability 4 - determine probability as a simplified fraction (2) | |
19. | Percibald's Probability 2 - determine probability as a simplified fraction (2) |