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48 Cards in this Set
- Front
- Back
1. Ruler Postulate
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The distance is the absolute between the coordinates
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2. Segment Addition
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2. ab+bc=ac
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3. Protractor Postulate
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3. AOB+BOC=AOC
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4. Angle Addition Postulate
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4. if B isn’t on AC, then AOB+BOC=180
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5. A line a space, a plane, contains
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5. line-2 points, plane-3 points, space-4 points not all in one plane
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6. Through any 2 points
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6. There is exactly one line
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7. Through any 3 points, through any 3 noncolinear…
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7. There is at least one plane, there is exactly one plane
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8. If two points are in a plane
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8. Then the line that contains those points is in that plane
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9. Two planes intersect into
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9. One line
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10. Two parallel lines are cut by a transversal…
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10. Then the corresponding angles are congruent
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11. Two parallel lines are cut by a transversal, they make corresponding angles so…
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11. And the lines are parallel
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12. SSS
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12. if all three sides of two triangles are congruent, then they are congruent
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13. SAS
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13. it two sides and the included angle of one triangle are congruent to another triangle than they are congruent
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14. ASA
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14. if two angles and the included side of some triangles are congruent, then they are congruent
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15. AA
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15. if two angles of a triangle are congruent to 2 angles of another, then they are congruent.
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1. Ruler Postulate
|
The distance is the absolute between the coordinates
|
|
2. Segment Addition
|
2. ab+bc=ac
|
|
3. Protractor Postulate
|
3. AOB+BOC=AOC
|
|
4. Angle Addition Postulate
|
4. if B isn’t on AC, then AOB+BOC=180
|
|
5. A line a space, a plane, contains
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5. line-2 points, plane-3 points, space-4 points not all in one plane
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6. Through any 2 points
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6. There is exactly one line
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|
7. Through any 3 points, through any 3 noncolinear…
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7. There is at least one plane, there is exactly one plane
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8. If two points are in a plane
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8. Then the line that contains those points is in that plane
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9. Two planes intersect into
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9. One line
|
|
10. Two parallel lines are cut by a transversal…
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10. Then the corresponding angles are congruent
|
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11. Two parallel lines are cut by a transversal, they make corresponding angles so…
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11. And the lines are parallel
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12. SSS
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12. if all three sides of two triangles are congruent, then they are congruent
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13. SAS
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13. it two sides and the included angle of one triangle are congruent to another triangle than they are congruent
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14. ASA
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14. if two angles and the included side of some triangles are congruent, then they are congruent
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15. AA
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15. if two angles of a triangle are congruent to 2 angles of another, then they are congruent.
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1. Ruler Postulate
|
The distance is the absolute between the coordinates
|
|
2. Segment Addition
|
2. ab+bc=ac
|
|
3. Protractor Postulate
|
3. AOB+BOC=AOC
|
|
4. Angle Addition Postulate
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4. if B isn’t on AC, then AOB+BOC=180
|
|
5. A line a space, a plane, contains
|
5. line-2 points, plane-3 points, space-4 points not all in one plane
|
|
6. Through any 2 points
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6. There is exactly one line
|
|
7. Through any 3 points, through any 3 noncolinear…
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7. There is at least one plane, there is exactly one plane
|
|
8. If two points are in a plane
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8. Then the line that contains those points is in that plane
|
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9. Two planes intersect into
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9. One line
|
|
10. Two parallel lines are cut by a transversal…
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10. Then the corresponding angles are congruent
|
|
11. Two parallel lines are cut by a transversal, they make corresponding angles so…
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11. And the lines are parallel
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12. SSS
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12. if all three sides of two triangles are congruent, then they are congruent
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13. SAS
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13. it two sides and the included angle of one triangle are congruent to another triangle than they are congruent
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14. ASA
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14. if two angles and the included side of some triangles are congruent, then they are congruent
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15. AA
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15. if two angles of a triangle are congruent to 2 angles of another, then they are congruent.
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16. Arc Addition postulate
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16. you get it
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17. Area of a square
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17. the area of a square is a side squared
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18. Area Congruence
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18. if two figures are congruent they have the same area
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