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28 Cards in this Set
- Front
- Back
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Probability |
Likelihood an event will occur |
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Event |
A single or group of outcomes |
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Sample space |
Set of all possible outcomes |
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Permutations |
The order does matter in a set |
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Combination |
Order does not matter in a set |
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Compound event |
Event made up of 2 or more events |
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Independent event |
The occurrence of the event doesn't affect how another event occurs |
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Dependent event |
The occurrence of an event does affect the outcome of another |
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Mutually exclusive events |
Events can not happen at the same time |
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Overlapping events |
Events have common outcomes |
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2-way frequency table |
Displays frequencies of data in 2 different catagories |
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Conditional probability |
Probability an event will occur, given that another event already occurred |
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Isometric |
Corner view |
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Postulate 1-1 |
2 points are needed to make a line |
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Postulate 1-2 |
2 lines intersect at exactly one point |
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Postulate 1-3 |
When 2 planes intersect, they make 1 line |
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Postulate 1-4 |
3 noncollinear points make exactly 1 plane |
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Postulate 1-5. Ruler postulate |
I can measuer the length of a segment using a ruler |
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Postulate 1-3 segment addition postulate |
If 3 points, A, B, C are collinear, and B is between A, C, then AB+BC=AC |
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Postulate 1-7, protractor postulate |
Use a protractor to measure an angle |
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Opposite rays |
Share endpoint of a line |
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Collinear |
2 points on the same line |
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Coplanar |
Points and lines on the same plane |
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Geometry |
System based on basic terms, accepted facts, and definitions |
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Axiom |
Things that came be proven, but has to be true |
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Angle |
2 rays connected at a vertex |
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Vertex |
Endpoint of an angle |
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Adjacent |
Share a side |
