THE SAT MATH ROUND 3 PART 2 MR. TORRES

BELL RINGER

Angle Supplementary Angle Complementary Angle Vertical Angle Transversal Congruent Acute Angle Obtuse Angle Bisector Triangle Sum of Interior Angles of a Triangle Exterior Angle of a Triangle Area of a Triangle Corresponding Angles Scalene Triangle Isosceles Triangle Regular/Equilateral Triangle Right Triangle Triangle Inequality Theorem Similar Triangles Pythagorean Theorem Pythagorean Triples Polygon Sum of Interior Angles of a Polygon Quadrilateral Parallelogram Area of a Parallelogram Diagonals of a Parallelogram Trapezoid Area of a Trapezoid Hexagon Regular Hexagon THE SAT MATH ROUND 3 PART 2 KEY TERMS

An angle is created where two lines intersect. Angles that make up a line (add up to 180 degrees) are called supplementary angles. Angles that make up a right angle are called complementary angles. Angles that are across from each other are called vertical angles. When two parallel lines are intersected by a third line (called a transversal) the corresponding acute angles are congruent and the corresponding obtuse angles are congruent. Angles that measure less than 90 degrees are called acute angles. Angles that measure more than 90 degrees are called obtuse angles. SAT MATH ROUND 3 PART 2

A triangle with two equal sides and two corresponding equal angles is called an Isosceles Triangle. A triangle with no equal sides and no equal angles is called a Scalene Triangle. A triangle with three equal sides and three corresponding equal angles is called a regular/equilateral triangle. Each angle equals 60 degrees. A triangle with one right (90 degree) angle is called a Right Triangle. SAT MATH ROUND 3 PART 2

Triangle Inequality Theorem: Every side of triangle must be longer than the difference of the lengths of the two other sides and shorter than the sum of the lengths of the two other sides. Similar Triangles have equal angles and proportional sides. SAT MATH ROUND 3 PART 2

A Pythagorean Triple is any combination of 3 lengths of a triangle’s sides that, when taken together, always satisfy the Pythagorean Theorem. The three most commonly tested Pythagorean Triples (in order) are: Know their multiples as well. SAT MATH ROUND 3 PART 2

Some things worth knowing about Regular Hexagons. SAT MATH ROUND 3 PART 2

HOMEWORK ASSIGNMENT Your homework will be posted on my website. Please print it and complete it by the next class period. Show all of your work.