(1) The absolute complement of a set is the elements in the universal set but not in set Universal set: is a set which contains all objects, including itself. Relative complement of set in / Difference between set and :ĥ. (1) the union of two sets and is the set of elements which are in, in, or in both andĤ. (1) the intersection of two sets of and is the set containing all elements of that also belong to ![]() ![]() (3) Null set / Empty set : a set that contains no elements (2) Two sets are equal is they have exactly the same elements in them (1) Element of a set: each object in a set is called an element of the set Set: is a well-defined collection of objects (4) if, then events and are equally likely to occur.ġ. (3) if, then event has a higher chance of occurring than event (2) the probability of an event can only be between 0 and 1 (1) the probability of event A is denoted as, = (# of times can happen) / (total number of outcomes) Probability of an event = (# of times it can happen) / (total number of outcomes) PART 6 Conditional probability and independenceġ. PART 5 Multiplication rule for dependent events ![]() PART 4 Multiplication rule for independent events
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