i'll solve it

This self-checking scavenger hunt has students work through 16 questions on the properties of parallelograms and properties of rectangles. Questions cover solving problems for: consecutive anglesopposite angleslength of diagonals measures of missing anglesmeasures of side lengthsStudents can work with partners or alone on this engaging practice activity. Related Geometry Products⭐ Area of Quadrilaterals and Triangles | Scavenger Hunt | Gallery Walk |⭐ Area of Regular Polygons | Gallery Walk

This is a great resource for either a Student Interactive Note Book (ISN) or regular notes. These notes scaffold the discovery of the formula for finding the interior and exterior angles of a polygon, helping students discover them. This file is designed to discover, review, and or practice: The sum of the measure of interior anglesThe value of an interior angle of a regular polygonThe sum of the measure of exterior anglesThe value of an exterior angle of a regular polygonThe name of basic po

Set of 10 self-checking task cards that can be placed up around the room for students to solve. Includes word problems, and picture problems and two coordinate geometry questions. Students must have knowledge of quadratics, special right triangles, and how to find the area of quadrilaterals (parallelogram, rectangle, kite, rhombus, square) and triangles. As a quick factoring review you can use my Factoring Trinomials | color by number| Includes an answer sheet for students with additional wo

Self-paced discovery activity that allows students to move a series of problems proving the relationship between central angles, inscribed angles and their interested arcs. Students will come away from the activity knowing that central angles equal the measure of their intercepted arc and that inscribed angles are 1/2 the measure of their intercepted arc. Can be done in groups, pairs or individually. Multiple natural stopping points so you can split the activity and check in with students with

This 10 question activity covers finding the area of regular polygons using the apothem (square, pentagon, hexagon, heptagon, and octagon). Students must use knowledge of trigonometry to successfully complete the maze. Can also be used as task cards. File contains an answer sheet for partner/group work and one for individual work with two options of workspace on the back of the answer document are also provided. Related Geometry Products⭐ Area of Quadrilaterals and Triangles | Scavenger Hunt

30 unique bingo cards that go along with the Angle Bingo FilpChart. Assesses student knowledge of complementary, supplementary angles, measuring angles and angles created when two parallel lines are cut by a transversal. Need to have prior knowledge of triangles. Answer key that goes along with Angle Bingo Flipchart is included.

Short 4 question assessment including a version A and B. This assessment is designed to assess: • The sum of the measure of interior angles • The sum of the measure of exterior angles • The value of an interior and exterior angle of a regular polygon • The name of basic polygons (sides 3-12) Includes an answer key Check Out My Other Geometry Products⭐ Area of Quadrilaterals and Triangles | Scavenger Hunt | Gallery Walk |⭐ Area of Regular Polygons | Gallery Walk | Sc

Quick 8 question worksheet covering factoring polynomials. Questions cover a=1a>1 perfect square trinomials difference of squares. GCF.Easy to check, colored key is included! Great for a review over all types of factoring in Algebra 1 or as a quick review before starting circles in geometry, or factoring in Algebra 2. Related Products⭐ Polynomials Unit | Algebra 1 | Factoring | Editable Assessments included⭐ Polynomial Long Division with remainders | Color by Number |⭐ Factoring Polyno

Discovery activity that leads students to find there are radians in a semicircle and radians in a circle. Best done as a group activity; however, the possibilities are endless and can be done as a solitary activity, as stations or in pairs. Students will need to use string/yarn and have a copy of the 4 circles or a set of laminated circles. Activity builds upon: • Knowledge of circle vocabulary: arc, radius, semicircle, and circumference • Knowledge of being 3.14 or • The