How this resource helps
Build understanding through warm-ups, teacher modeling, guided practice, collaborative practice, independent work, targeted reteaching, and exit tickets. A suggested three-session teaching path organizes learning targets and task selection; the full 60-task bank is reusable across additional meetings and is not a requirement to complete every task in three days. Each task is mapped to a learning target. Teacher keys explain reasoning, and multiple-choice keys discuss all answer alternatives. This course-based high-school NC Math 2 packet is not restricted to a single grade. Customer ZIP contains the same approved PDF only. No editable Word file is included. All 127 pages are available in the preview.
What’s Included
- 127-page printable PDF
- 30 multiple-choice tasks with answer explanations and distractor checks
- 30 open-response tasks with worked solutions and assessment guidance
- Suggested three-session learning-target pathway
- Seven instructional sections with teaching scripts
- Worked teacher model, visual anchor, and reusable reasoning organizer
- Student response space and coordinate diagrams where applicable
- Evidence-based scoring guidance and learner record
- Source alignment and attribution
Resource details
- Grade / course
- NC Math 2
- Subject and resource type
- Mathematics · Worksheet packet
- Files
- 127 main PDF pages · PDF + ZIP
- Estimated completion time
- Suggested three-session pathway; flexible task selection across additional meetings.
- Answer key
- Worked teacher keys are included. Collect independent student responses before revealing answers; multiple-choice keys explain every option, and open-response keys identify evidence to assess.
Standard or objective
NC.M2.G-CO.5 Find and draw a complete labeled figure image under one translation, reflection, or rotation, including specified off-origin centers and mirror lines. Find intermediate and final images under ordered rigid-motion sequences, and recover pre-images by applying inverse motions in reverse order. Use corresponding figures to specify and verify a complete rigid motion or sequence, including its vector, mirror line, or rotation center and directed angle. Test proposed mappings against all required correspondences, explain order and symmetry issues, and recognize multiple valid routes when the target permits them. Course-based high-school standard; not assigned to a single grade.