. You roll two six-sided dice. Fill in the table to find the product of the two dice. Then make a frequency table listing every possible product, how often it occurs and then make a probability distribution bar graph. 3. Using the previous problem, find the sample space, S, of the product of the two dice. Let E be the event that the product is even. Let T be the event that the product is divisible by 3. Define the events E and T, then find the other subsets: a) S =                  b) E = c) T =                  d) E^c = e) T^c =               f) E U T =                      (are E and T mutually exclusive?) g)E^c ∩ T=           h)E U T =

A First Course in Probability (10th Edition)
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ISBN:9780134753119
Author:Sheldon Ross
Publisher:Sheldon Ross
Chapter1: Combinatorial Analysis
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2. You roll two six-sided dice. Fill in the table to find the product of the two dice. Then make a frequency table listing
every possible product, how often it occurs and then make a probability distribution bar graph.

3. Using the previous problem, find the sample space, S, of the product of the two dice. Let E be the event that the
product is even. Let T be the event that the product is divisible by 3. Define the events E and T, then find the other
subsets:
a) S =                  b) E =
c) T =                  d) E^c =
e) T^c =               f) E U T =                      (are E and T mutually exclusive?)

g)E^c ∩ T=           h)E U T =

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