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Used to measure the area of a two-dimensional surface or three-dimensional surface. Ex. triangle, square, circle or prism, cone, and sphere. |
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total area of all outside surfaces of three-dimensional objects. To find this add the area of each face and then add these values. |
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Is a measurement of the distance around an object. To find add the measurements of all sides. |
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Are used to measure length. Ex. Inch, Foot, or Centimeter |
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Are created by the intersection of two lines, rays, or segments. |
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the sum of the measures or three angles of this is 180 degrees. |
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Two lines in the same plane that do not intersect |
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This has a single endpoint and extends infinitely from that point. |
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A straight line extends infinitely in both directions. |
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This has two endpoints.Ex.it is the part of the line from P to Q. |
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This has two endpoints.Ex.it is the part of the line from P to Q. |
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Distance around a circle (perimeter). It can be found without measuring the distance around the circle if the length of the diameter or radius is known. |
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Circumference of a circle |
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(3.14)r^2 (radius squared) |
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two lines that intersect to form four angles of equal measures each angle with a measure of 90 degrees. |
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Straight angle of triangle = |
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Acute Angle on a triangle = |
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Obtuse angle on a triangle= |
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On a complementary triangle the angles total= |
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On a supplementary triangle to angles measure |
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Triangles have three angles that = |
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On a Equilateral triangle each side (3) = |
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On a right triangle one side equals |
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the side opposite on a right triangle |
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To find the average of a list of numbers. |
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Add all numbers/divide by the total numbers in list |
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Arrange numbers from least to greatest, it is the number in the middle or the average of the two middle numbers |
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The number that appears most often in a list |
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the difference between the greatest number and the least number on the list |
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