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Chapter 5 Review MDM 4U

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5.2 Pascal's Triangle and the Binomial Theorem. determine the ... 5.2 Pascal's Triangle and the Binomial Theorem. ex: find the term in the following with d ... – PowerPoint PPT presentation

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Title: Chapter 5 Review MDM 4U


1
Chapter 5 ReviewMDM 4U
  • Gary Greer

2
5.1 Probability Distributions and Expected Value
  • determine the probability distributions for
    discrete random variables
  • determine the expected value of a discrete random
    variable
  • ex what is the probability distribution for
    results of rolling an 8 sided die?

3
5.1 Probability Distributions and Expected Value
  • ex what is the expected value for rolling an 8
    sided die?
  • ans 1(?) 2(?) 3(?) 4(?) 5(?) 6(?)
    7(?) 8(?) 4.5

4
5.2 Pascals Triangle and the Binomial Theorem
  • determine the number of paths using Pascals
    Triangle
  • use the binomial theorem to expand binomials
  • find a particular term in a binomial expansion
  • formulas are present on exam

5
5.2 Pascals Triangle and the Binomial Theorem
  • ex find the number of paths through a grid where
    you can only move up or right
  • ans C(7,4) or C(7,3)

6
5.2 Pascals Triangle and the Binomial Theorem
  • ex expand (3 x)³
  • ans

7
5.2 Pascals Triangle and the Binomial Theorem
  • ex find the term in the following with d²

8
5.3 Binomial Distributions
  • recognize a binomial experiment situation
  • successive events (trials)
  • same probability
  • two possible outcomes
  • calculate probabilities for these situations
  • ex roll an 8 sided die 4 times. what is the
    probability that the first will be a 1 and the
    rest will be something other than a 1?
  • (?)(?)(?)(?)

9
5.3 Binomial Distributions
  • ex A family decides to buy 5 dogs. If the
    chances of picking a male and female are equal,
    what is the probability of getting 3 males?
  • ans using binomial probability distribution
    formula

10
5.3 Binomial Distributions
  • calculate the expected value for trying a test 4
    times if you have a 60 chance of passing each
    time
  • ans E(x) np 4(0.60) 2.4
  • so you are expected to pass 2.4 tests

11
5.4 Normal Approximation of Binomial Distribution
  • calculate s and the mean, given the number of
    trials and the probability
  • determine whether a binomial random variable can
    be approximated by a normal distribution (p308)
  • calculate probabilities of data points or ranges
    of data, given the number of trials and the
    probability using z-scores

12
5.4 Normal Approximation of Binomial Distribution
  • ex Mr. Greer tosses a die 100 times. What is
    the probability of less than 15 sixes?
  • ans

13
5.4 Normal Approximation of Binomial Distribution
  • ex what is the probability of Mr. Greer getting
    between 15 and 20 sixes?
  • ans

14
5.5 Simulations
  • will not be covered in examination
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