Spartan Math

This lesson includes a notes page, practice page, and short assessment named either a Mastery Check or Exit Ticket. Students are introduced to the different types of transformations and which of them are rigid motions, as well as some other important introductory vocabulary.

This resource includes notes on simplifying ratios and setting up and solving proportions, determining if triangles are similar, and AA, SSS, and SAS similarity. A study guide is also included to wrap up the lessons!

This resource includes notes on defining and finding segment and angle bisectors as well as the midpoint of a segment from a graph. Angle pairs notes include learning about complementary, supplementary, adjacent, linear pairs, and vertical angles. A study guide is also included to wrap up the group of lessons!

This resource includes student notes on identifying if tables, ordered pairs, graphs, and mapping diagrams are functions, finding domain and range, and using function notation to evaluate equations and graphs.

This resource includes student notes for writing linear equations when given two points. Interpreting real world situations and writing points from and evaluating those linear equations for a situation is also included. Along with the notes is an exit ticket to be used as a formative assessment to evaluate what students understand from the lesson.

These notes are meant to provide an introduction and practice for two-step inequalities. These are meant to be used for students who have already learned about two-step equations and have already been introduced to inequalities. The notes walk students through a couple two-step solving and graphing problems and have them try a couple on their own. Then, students work on a puzzle where they match up inequalities with a story problem, the inequality answer statement, and the graph. Two are include

This bundle provides separate digital notes for solving systems of equations by graphing, substitution, and elimination. Each would work great with instructional videos for virtual learning or flipped classrooms!

This resource includes introduction notes for transformations including a transformation sorting activity, introduction to translations notes including coordinate notation and graphing, and introduction to reflections notes including graphing across the x and y axis. Plus, a study guide is included to wrap things up!

This bundle includes resources for evaluating expressions, simplifying expressions using the distributive property and combining like terms, and writing expressions to solve real-world problems. Resources include teacher slideshows, students notes, practice activities, as well as a review resource and study guide.

This resource includes student notes and an exit ticket that can be used for formative assessment for graphing equations from slope intercept form and converting equations from standard form to graph.

This resource includes student notes for 11 lessons! Lessons include: 1. Finding slope from graphs and tables 2. Finding slope from two points 3. Finding rate of change in real life situations 4. Graphing by creating a table 5. Graphing from slope-intercept form 6. Graphing from standard form 7. Graphing from intercepts 8. Writing Equations from Graph OR Two points and a y-intercept 9. Writing Equations from a point and slope 10. Writing Equations from two points 11. Writing Equations of parall

This resource includes notes on simplifying ratios and setting up and solving proportions, determining if triangles are similar, and AA, SSS, and SAS similarity. A study guide is also included to wrap up the lessons!

This bundle includes two sets of notes, one for introducing slope and how to find it from a graph, two points, & an equation. The other introduces slope-intercept form, how to graph a line from an equation in slope-intercept form, and how to write an equation in slope-intercept form from a graph. There is also a slope tic-tac-toe activity for finding slope between two points and practice activities that could be used as entrance/exit tickets, homework, or study guides for both topics.

This resource includes guided notes on introducing points, line, planes, segments, and rays, identifying intersections, and finding missing segment and angle measures. A Two Truths & a Lie activity for finding intersections and a study guide for the unit are also included!

This bundle includes separate digital notes for solving systems of equations by graphing, substitution, and elimination. It also multiple activities, study guides, and a group project. Great for virtual learning or flipped classrooms!

This bundle includes student notes, practice, and formative assessments for introducing transformations, translating points and figures, and reflecting points and figures, including graphing. A study guide over the three lessons and two versions of a quiz are also included.

Digital notes for teaching combining like terms and the distributive property. Real world situations used to help students make connections! Great to use with a video for flipped or virtual learning!

This resource includes notes for classifying triangles by their sides and angles, solving for interior and exterior angles of triangles, and classifying and using algebra to solve with isosceles and equilateral triangles. A study guide is also included for the lessons!

This resource includes three sets of student notes, one on corresponding parts of congruent triangles, one on SSS postulate and one on SAS postulate. These include writing proofs! There is also a sorting activity included to practice identifying corresponding parts of triangles and a study guide that helps practice the three lessons!

This resource includes two pages of student notes on parallel and perpendicular and skew lines. The first page is all about defining and identifying parallel, perpendicular, and skew lines and planes. The second day is all about learning theorems about perpendicular lines and determining if you have enough information to prove that angles are congruent. Some algebra based problems are also included!