Probability Venn Diagrams

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16 Terms

1
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S

A symbol commonly used to represent a sample space in probability, which includes all possible outcomes of a given experiment.

<p>A symbol commonly used to represent a sample space in probability, which includes all possible outcomes of a given experiment. </p>
2
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The symbol ∅ represents the empty set, which contains no elements in a probability context.

<p>The symbol ∅ represents the empty set, which contains no elements in a probability context. </p>
3
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A

A set representing outcomes in a probability space, often used in conjunction with Venn diagrams to illustrate relationships among different events.

<p>A set representing outcomes in a probability space, often used in conjunction with Venn diagrams to illustrate relationships among different events. </p>
4
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B

A set that can contain elements distinct from those in set A, representing another group in the probability context.

<p>A set that can contain elements distinct from those in set A, representing another group in the probability context. </p>
5
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Ac

The complement of set A, representing all elements not in A within a universal set.

<p>The complement of set A, representing all elements not in A within a universal set. </p>
6
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Bc

The complement of event B, representing all outcomes in the sample space that are not included in event B.

<p>The complement of event B, representing all outcomes in the sample space that are not included in event B. </p>
7
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A B

The intersection of sets A and B, representing all elements that are common to both sets in the probability context.

<p>The intersection of sets A and B, representing all elements that are common to both sets in the probability context. </p>
8
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Ac B

The intersection of the complement of set A and set B, representing all elements that are in set B but not in set A.

<p>The intersection of the complement of set A and set B, representing all elements that are in set B but not in set A. </p>
9
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A Bc

The intersection of set A and the complement of set B, representing all elements that are in set A but not in set B.

<p>The intersection of set A and the complement of set B, representing all elements that are in set A but not in set B. </p>
10
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Ac Bc

The intersection of the complements of sets A and B, representing all elements that are neither in set A nor in set B.

<p>The intersection of the complements of sets A and B, representing all elements that are neither in set A nor in set B. </p>
11
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A B

The union of sets A and B, representing all elements that are in either set A, set B, or both.

<p>The union of sets A and B, representing all elements that are in either set A, set B, or both. </p>
12
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Ac B

The union of the complement of set A and set B, representing all elements that are either in set B or not in set A.

<p>The union of the complement of set A and set B, representing all elements that are either in set B or not in set A. </p>
13
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A Bc

The union of set A and the complement of set B, representing all elements that are either in set A or not in set B.

<p>The union of set A and the complement of set B, representing all elements that are either in set A or not in set B. </p>
14
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Ac Bc

The union of the complements of sets A and B, representing all elements that are not in both set A and set B.

<p>The union of the complements of sets A and B, representing all elements that are not in both set A and set B. </p>
15
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(A B) (Ac Bc)

The union of the intersection of sets A and B with the intersection of their complements, representing all elements that are either in both sets or in neither.

<p>The union of the intersection of sets A and B with the intersection of their complements, representing all elements that are either in both sets or in neither. </p>
16
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(Ac ∩ B) ∪ (A ∩ Bc)

The union of the intersection of the complement of set A with set B and the intersection of set A with the complement of set B, representing all elements that are in either set A or set B but not in both.

<p>The union of the intersection of the complement of set A with set B and the intersection of set A with the complement of set B, representing all elements that are in either set A or set B but not in both. </p>