max math journal chap. 6,12,16

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Journal chapters 2, 14, 16

Max Parker

Angles P.1

• Supplementary angles are two angles that add up to 180

• Complementary angles are two angles that add up two 90

• Vertical angles are two angles that are opposite to each other when cut by a transversel

examples

Angles P.2

• Corresponding angles are two angles that are at the same position of the transversal

• Alt. interior angles are angles that are on opposite sides but inside the two lines

• Alt. exterior are angles that are on opposite sides but outside the two lines

• Same-side interior angles are angles that are inside the two lines on the same side of the transversal

Examples

Triangles

• 6 types of triangles

• Isosceles

• Scalene

• Equilateral

• Obtuse

• Acute

• Right

Examples

Triangle angles

• The angles of the triangle are related by all the angles added equal 180

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Interior/exterior angle

• The relation between interior and exterior angles are that they equal 180 together

examples

Isosceles

• An isosceles triangle has two equal sides

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polygons

• A polygon is a shape with straight sides and the shape is closed. They are classified by how many sides it has

• Convex polygon is a shape that points all the angles out

• Regular polygons are polygons where all angles equal the same

Examples

Square

• Quadrilateral is a shape with 90 degree angles and the opposites are the same

Examples

Polygons diverse

• Parallelograms are parallel to each side and opposites are the same

• Rectangles sides are all equal and have same characteristics as parallelogram

• Rhombus is same as rectangle but has same opposite angles

• Square has all the rules of the shapes

• Kite has equal angles on opposite sides.

Examples

Examples

Sum of int. angles on polygons

• To find this you take an axis and you draw lines to each angle you can, then you find out how many triangles it makes and multiply that by 180

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Perimeter

• To find the perimeter of the object the formula is p=2a+2b. You replace the a and bwith the formula’s on the sides of the shape. Then you do the 7 step process and solve the problem.

Examples

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