Parallelograms (part 2)
... Ø Show both pairs of opposite sides are parallel. Ø Show both pairs of opposite sides are congruent. Ø Show both pairs of opposite angles are congruent. Ø Show one angle is supplementary to both consecutive angles. Ø Show the diagonals bisect each other. Ø Show one pair of opposite sides ...
... Ø Show both pairs of opposite sides are parallel. Ø Show both pairs of opposite sides are congruent. Ø Show both pairs of opposite angles are congruent. Ø Show one angle is supplementary to both consecutive angles. Ø Show the diagonals bisect each other. Ø Show one pair of opposite sides ...
attached test
... 4. Name one unique figure in spherical geometry that is not found in Euclidean geometry. Accurately describe the figure. 5. Name at least two real life applications of spherical geometry. 6. Describe how to measure the length of a segment in spherical geometry. 7. What is the largest possible interi ...
... 4. Name one unique figure in spherical geometry that is not found in Euclidean geometry. Accurately describe the figure. 5. Name at least two real life applications of spherical geometry. 6. Describe how to measure the length of a segment in spherical geometry. 7. What is the largest possible interi ...
Students will be able to identify parallel, perpendicular, and skew
... Pages 194-197 13-39 odds, 58-61 Need Graph Paper Board Points: 13, 23, 29, 39 ...
... Pages 194-197 13-39 odds, 58-61 Need Graph Paper Board Points: 13, 23, 29, 39 ...
Unit 4/BA #1 Review BEGIN BA 1 REVIEW
... Mr. Porter has two linear functions written on the board: y = ¼x – 3 and 2x – 4y = 12. He wants to determine whether these linear functions are parallel, perpendicular or oblique. Which procedure below could he use to find his answer? A B C D ...
... Mr. Porter has two linear functions written on the board: y = ¼x – 3 and 2x – 4y = 12. He wants to determine whether these linear functions are parallel, perpendicular or oblique. Which procedure below could he use to find his answer? A B C D ...
4.1 Triangles and Angles
... Vertex Each of the three points joining the sides of a triangle is a vertex. Adjacent sides In a triangle, two sides sharing a common vertex are adjacent sides. Legs In a right triangle, the sides that form the right angle are the legs of the right triangle. In an isosceles triangle, the two congrue ...
... Vertex Each of the three points joining the sides of a triangle is a vertex. Adjacent sides In a triangle, two sides sharing a common vertex are adjacent sides. Legs In a right triangle, the sides that form the right angle are the legs of the right triangle. In an isosceles triangle, the two congrue ...
Chapter 5 Post Test Worksheet
... 9. The area of a triangle is 17 in2. How tall is the triangle if the base is 4 inches? ...
... 9. The area of a triangle is 17 in2. How tall is the triangle if the base is 4 inches? ...
