
lecture 2
... (5) The events A, B are said to be statistically independent if P (A ∩ B) = P (A)P (B). This set of axioms was provided by Kolmogorov in 1936. Operations on Sets. The axioms of probability concern sets of events. In order to employ these axioms, it is necessary to invoke the rules of Boolean algebra ...
... (5) The events A, B are said to be statistically independent if P (A ∩ B) = P (A)P (B). This set of axioms was provided by Kolmogorov in 1936. Operations on Sets. The axioms of probability concern sets of events. In order to employ these axioms, it is necessary to invoke the rules of Boolean algebra ...
Bayes` Rule
... The probability that Mary picks a red flower if she chooses a plot at random is 16/35 Note: the two different results for part (a) and part (b) are slightly surprising. In the first case, there is one group of flowers and each flower is equally likely to be chosen. In the second case, even though ea ...
... The probability that Mary picks a red flower if she chooses a plot at random is 16/35 Note: the two different results for part (a) and part (b) are slightly surprising. In the first case, there is one group of flowers and each flower is equally likely to be chosen. In the second case, even though ea ...
Section 6.2 ~ Basics of Probability Objective: After this section you
... help you get the job that you want. Summary of Methods of Finding Probabilities: Theoretical probability – when all outcomes are equally likely, divide the number of ways an event can occur by the total number of outcomes ...
... help you get the job that you want. Summary of Methods of Finding Probabilities: Theoretical probability – when all outcomes are equally likely, divide the number of ways an event can occur by the total number of outcomes ...
The Practice of Statistics
... 5. How is the general multiplication rule different than the multiplication rule for independent events? 6. State the formula for finding conditional probability. 7. State the formula used to determine if two events are independent. 8. Explain how to use a tree diagram to find the probability of som ...
... 5. How is the general multiplication rule different than the multiplication rule for independent events? 6. State the formula for finding conditional probability. 7. State the formula used to determine if two events are independent. 8. Explain how to use a tree diagram to find the probability of som ...
Lesson 1: Basic Principles of Probability
... • Outcomes: results of an experiment • Sample space: the set of all possible outcomes • Event: subset of the sample space • Relative Frequency: comes from conducting an experiment – is your results from a simulation. In contrast, probability uses information to predict future events. ...
... • Outcomes: results of an experiment • Sample space: the set of all possible outcomes • Event: subset of the sample space • Relative Frequency: comes from conducting an experiment – is your results from a simulation. In contrast, probability uses information to predict future events. ...
Chapter9
... sense out of happening due to chance. • Example: If you flip a coin many times, about half the time you get heads and the other half you get tails. In general, the more times you flip the coin, the closer the ratio of heads to tails comes to one. • Question: Why should this always be so? • Answer: T ...
... sense out of happening due to chance. • Example: If you flip a coin many times, about half the time you get heads and the other half you get tails. In general, the more times you flip the coin, the closer the ratio of heads to tails comes to one. • Question: Why should this always be so? • Answer: T ...