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Page 1: How can we use theoretical probability to predict experimental probability?

HOW CAN WE USE THEORETICAL PROBABILITY TO PREDICT EXPERIMENTAL PROBABILITY?Question of the day

Page 2: How can we use theoretical probability to predict experimental probability?

AGENDA Go over workbook p. 503

Notes on independent vs. dependent events

Partner exercise from workbook

Workbook p. 507-512

Exit ticket

Page 3: How can we use theoretical probability to predict experimental probability?

INDEPENDENT EVENT Occurrence of one event that has

no effect on the probability that a second will occur

Erika rolls a 2 on one numbered cube and a 3 on another numbered cube

Page 4: How can we use theoretical probability to predict experimental probability?

DEPENDENT EVENT Occurrence of one event that has

an effect on the probability that a second will occur

Tom chooses some one for her team from a group of students and then Juan chooses and another student from the remaining students.

Page 5: How can we use theoretical probability to predict experimental probability?

HOW TO SOLVE INDEPENDENT EVENTS P(A and B) = P(A)*P(B) Find the theoretical probability of

flipping a coin and rolling a dice.

* =

Page 6: How can we use theoretical probability to predict experimental probability?

HOW TO SOLVE DEPENDENT EVENTS P( A and B) = P(A) * P(B after A) Draw a red marble from a bag of

2 red and 3 blue, then without replacing it drawing another marble.

What is the experimental probability that both marbles are red?

*= simplify

Page 7: How can we use theoretical probability to predict experimental probability?

TREE DIAGRAM FOR DEPENDENT EVENT The tree diagram shows the

probability for choosing 2 red apples and 1 green apple.

Find P( red, then green)

*=. Simply

P(red, then red) =?