A comprehensive master scoreboard for the host to track up to four teams simultaneously. It features a structured grid for all bidding rounds, mini-games, the lucky number challenge, and the final showcase, complete with an answer key for quick reference.

A quick 5-minute exit ticket to assess student understanding of applying translation rules to coordinates and recognizing translations as rigid motions.

Teacher answer key for the Translation Task Cards, providing step-by-step solutions and algebraic rules for each challenge. Adjusted for printer friendliness.

A set of translation-themed task cards and a recording sheet for a collaborative group activity. Features large text, visual aids, and clear workspaces for high school students.

A quick 5-minute warm-up activity for identifying coordinates on a grid, designed to refresh students' knowledge of the x-y plane before starting the translations lesson.

A comprehensive 60-minute lesson plan for teaching translations, including a detailed pacing guide, learning objectives, and specific modification strategies for differentiated instruction.

Teacher answer key for the Vector Voyages translation practice packet, featuring completed coordinate calculations and a final solution graph. Adjusted for printer friendliness with increased margins and reduced ink usage.

A scaffolded practice packet for geometric translations, featuring a navigation guide (graphic organizer), word bank, visual identification, coordinate-rule practice, and graphing. Designs include large text and ample whitespace for students requiring modifications.

Introductory slide deck for high school translations, featuring clear definitions, algebraic notation breakdowns, and visual examples of rigid motion versus other transformations.

A comprehensive 4-page literal script and step-by-step facilitation guide for staff. Includes word-for-word lines for the host, stage directions synced with the slides, and a reveal of the 'Lucky Number 67'. Renamed to Valentine's Edition. Transition bubble moved to segment 2. Fixed layout issues to prevent overlapping headers and content overflow.

A specialized team scorecard for 'Valentine's Price is Right'. Expanded to include 6 bidding items, 2 mini-games, and the final 'Squad Festival' showdown. Designed for ease of use by squads and their staff support. Fixed text balances and headers.

An expanded, 25-slide 'Price is Right' game show for groups. Includes 6 high-visibility bidding items with realistic group pricing, 2 interactive mini-games, and a grand 'Showcase Showdown'. Updated the final slide with a celebratory message for the winning team. Optimized for IDD support with overflow protection. Fixed layout issues on Slide 18 and 22.

A student worksheet styled as a detective case file, where students analyze three specific instances of data manipulation involving misleading graphs, correlation vs. causation, and source bias.

A dynamic slide deck for instruction on data manipulation, featuring visual examples of misleading graphs, correlation vs. causation, and source credibility.

A comprehensive teacher guide for a 45-minute lesson on data manipulation, including a timed pacing guide, key discussion questions, and differentiation strategies.

A student worksheet for the Data Detectives lesson, featuring chart labeling exercises and practical interpretation questions based on budgeting and savings scenarios.

A comprehensive facilitator guide for the Data Detectives lesson, including learning objectives, pacing suggestions, discussion prompts, and answer keys.

A 7-slide introductory presentation for Life Skills students on reading and interpreting bar and pie charts, featuring real-world budgeting examples and clear visual anatomy of charts. Revised for improved readability, font scaling, and uniform answer styling.

Work Sample 10: A circle graph showing chores with distinct vibrant colors and direct labels. Questions cover identification, quantitative comparisons, and calculating totals. tracking box included.

Work Sample 9: A bar graph showing sunny days with grid lines and grounded bars. Questions cover identification and quantitative comparisons. Includes tracking box.

Work Sample 8: A circle graph showing favorite subjects with distinct colors and direct slice labels for maximum independence. Questions cover ties and comparisons. tracking box included.

Work Sample 7: A bar graph showing books read with grounded bars and unit grid lines. Questions cover monthly comparisons and totals. tracking box included.

Work Sample 6: A circle graph showing color preferences with distinct vibrant colors and direct slice labels. Questions focus on popular colors and comparisons. Includes tracking box.

Work Sample 5: A bar graph showing sports preferences with grid lines and grounded bars. Questions cover player counts and quantitative comparisons. Includes tracking box.

Work Sample 4: A circle graph showing lunch choices with distinct colors and direct slice labels. Questions focus on popularity and comparisons. tracking box included.

Work Sample 3: A bar graph showing ice cream flavor preferences with grid lines and grounded bars. Questions focus on popularity, comparisons, and total counts. tracking box included.

Work Sample 2: A circle graph showing favorite fruit with distinct vibrant colors using SVG path elements for maximum print reliability. Labels and values are directly on the slices. tracking box included.

Work Sample 1: A bar graph showing favorite pets with bars seated directly on the axis and unit-level grid lines. Questions focus on identification, comparisons, and totals. tracking box included.

The first of 10 evidence samples for MCAS-Alt, focused on rounding money to the nearest dollar. Features a clean layout with dollar signs positioned to the far left of the response area to allow maximum handwriting space.

A detailed answer key for the Algebra Arsenal and Geometry Grid worksheets, providing not just correct answers but step-by-step strategy insights and explanations for teachers or self-grading students.

A targeted practice worksheet covering ACT Geometry, Trigonometry, and Statistics, featuring diagrams, circle equations, probability, and average problems with designated space for student work.

A targeted practice worksheet focusing on ACT Algebra and Functions, including linear equations, substitution, system of equations, exponent rules, and inequalities with designated space for student work.

A comprehensive 2-page study guide summarizing the most critical ACT Math concepts, including Algebra, Geometry, Statistics, and Trigonometry, along with rapid-fire testing strategies.

A set of 8 essential ACT Math formula flashcards covering Algebra, Geometry, and Trigonometry, designed for easy printing and cutting.

A visual presentation covering ACT Math structure, time management strategies (the 20-20-20 rule), problem-solving techniques like PIN and PITA, and common test traps to avoid.

A comprehensive answer key for the Factoring Equations Worksheet, providing full step-by-step solutions for the guided section and final answers for independent practice.

A structured worksheet for Algebra II students to practice solving quadratic equations by factoring. Includes a review of factoring, guided examples, and independent practice with varying difficulty levels.

A comprehensive slide deck for teaching solving quadratic equations by factoring, covering the Zero Product Property, simple trinomials, complex trinomials (a > 1), and special cases.

Teacher answer key for the Blueprint Practice Worksheet, providing step-by-step solutions and final answers for polynomial addition problems.

A student-facing worksheet for adding polynomials, featuring sections for horizontal and vertical methods, and a real-world architectural application problem.

Instructional slide deck for adding polynomials using an architectural theme. Includes horizontal and vertical methods, vocabulary, and guided practice problems.

A detailed teacher guide for a lesson on adding polynomials, featuring TEKS alignment, instructional flow, common misconceptions, and scaffolding strategies within an architectural theme.

A print-friendly exit ticket containing two identical assessment slips. Students analyze a cosine equation for amplitude, period, and midline, and sketch a transformed sine graph to demonstrate mastery.