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Common Core 6.NS.C.6b simulations

Preview of FSA Simulation for 6th Grade Math: 64 qsts; NO PREP Distance Learning Packet

FSA Simulation for 6th Grade Math: 64 qsts; NO PREP Distance Learning Packet

I created this FSA Simulation to simulate the varying levels of rigor on the actual 6th Grade Math FSA. The test includes Session 1 and Session 2, each with 32 questions. It also includes an answer sheet for the student, and an answer key for the teacher, parent, or for the student to self-correct. This test was designed to simulate the Florida FSA, but the standards are very similar to most other states. Therefore this also makes a great practice test for: Georgia Milestones Indiana
Preview of The Amazing Math Race

The Amazing Math Race

Created by
Carton Classroom
Engage your classroom in The Amazing Math Race. Review skills from throughout the school year. Appropriate for 6-8th grade students.Adapt this to your classroom how you see fit, with 17 different activities, you decide if this is a yearlong part of your classroom or take a day or a few to complete this fun activity as a class.Math Included: Diamond Math, Probability, Mazes, Graphing, Fractions, Ratios, problem solving, Unit rates, Calendar, Distance, Number System, Systems, research, measures of
Preview of Ordered Pairs: Quadrants & Signs

Ordered Pairs: Quadrants & Signs

Created by
David Purnell
This 16-slide PowerPoint presentation stresses quadrant location and the signs of the ordered pairs that fall into each particular quadrant. It assumes prior knowledge of plotting & identifying points in the coordinate plane. Examples lead students to try to first figure out on their own what a set of un-plotted order pairs have in common. The pairs will fall in the same quadrant and all x-coordinate signs will match as well as all y-coordinates matching. Students can take a 5-question quiz
Preview of Ordered Pairs: Sign Changes & Reflections

Ordered Pairs: Sign Changes & Reflections

Created by
David Purnell
This 20-slide PowerPoint presentation tests and develops three rules involving reflections resulting from sign changes in an ordered pair. The three rules involve changing the x-coordinate sign only, changing the y-coordinate sign only, and changing both coordinate's signs. Thus the result is reflection across the y-axis, reflection across the x-axis, and reflection across the origin, respectively. Students are expected to have previous knowledge of plotting & identifying ordered pairs, iden
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