The sample space is the set of all possible outcomes
True
A ? B is the event that A occurs and B occurs
True
If ?? = {?1,...,?17} and all outcomes are equally likely, then P(?1) = ��� = P(?17) = 1/17
True
Every outcome is an element of the sample space
True
A ? B is the event that A occurs or B occurs
True
Every event is a set of outcomes
True
If A is any event then 0 ? P(A) ? 1
True
If A is any event then P(AC) = 1?P(A)
True
If A and B are any two disjoint events, then P(A ? B) = 0
True
If A and B are any two disjoint events, then P(A ? B) = P(A) + P(B)
True
If A is any event, then P(A ? AC) = 0
True
If the sample space is finite or countable, then every subset of the sample space is an event
True
Every event is a subset of the sample space
True
AC is the event that A does not occur
True
P({}) = 0
True
If the sample space is finite or countable, then every set of outcomes is an event
True
If A is any event, then P(A ? AC) = 1
True
P(??) = 1
True
If A is any event then P(A) = 1?P(A^C)
True
If ?? = {?1,...,?17} then P(?1) + ��� + P(?17) = 1
True
Every element of the sample space is an outcome
True
P({}) = 1
False
A ? B is the event that A occurs and B occurs
False
Every outcome is a subset of the sample space
False
If A is any event then P(A) ? P(A^C)
False
If ?? = {?1,...,?17} then P(?1) = ��� = P(?17) = 1/17
False
A ? B is the event that A occurs or B occurs
False
If A is any event, then P(A ? AC) = 1
False
Every outcome is a set of events
False
If A is any event then P(AC) = ?P(A)
False
The sample space is the set of all possible events
False
If A is any event, then P(A ? AC) = 0
False
P(??) = 0
False
If the sample space is finite or countable, then every set of events is an outcome
False
If A is any event then P(A) = ?P(AC)
False
If ?? = {?1,...,?17} then P(?1) + ��� + P(?17) = 1/17
False
Every event is an element of the sample space
False
If A and B are any two disjoint events, then P(A ? B) = P(A) + P(B)
False
If A and B are any two events, then P(A ? B) = P(A) + P(B)
False
If the sample space is finite, then every element of the sample space is an event
False
If the sample space is finite or countable, then every subset of the sample space is an outcome
False