1.1 - Definitions, Measuring Segments and Angles - Completed Class Notes
1.2 - Basic Constructions - Completed Notes
1.3 - Midpoint and Distance Formula
1.4 - Inductive Reasoning - Completed Class Notes
1.5/1.6 - If/Then Statements and Deductive Reasoning - Completed Notes
pre1.7 Algebraic Proofs - Completed Class Notes
1.7 - Writing Proofs: Vertical Angles and Linear Pairs (completed class notes)
Review -
- HW (2 pts) - choice of two worksheets (please visit with Mrs. Moore about obtaining an additional copy as these are copywrite-protected documents)
- Reteach + Additional Practice (Answer Key)
- Enrichment/Challenge (Answer Key)
- Correction: #14 should be 12.5 cm (thanks, Bhargav!)
1.2 - Basic Constructions - Completed Notes
- "Video": Constructing an equilateral triangle - Math Is Fun: Equilateral Triangle
- Practice (Answer Key)
- "Video": Copy an angle - Math is Fun: Same (Congruent) Angle
- "Video": Construct a perpendicular bisector - Math is Fun: Line Segment Bisector
- "Video": Construct an angle bisector - Math is Fun: Angle Bisector Construction
1.3 - Midpoint and Distance Formula
- Day 1: Completed Notes + Practice (answers only)
- Day 2: Completed Notes
- HW (online) - 8 problems (5 pt assignment)
- Extra Notes/Practice: Math is Fun - Midpoint of a Line Segment
- Extra Notes/Practice: Math is Fun - Distance Between 2 Points
1.4 - Inductive Reasoning - Completed Class Notes
- DESMOS Activity (student.desmos.com) - Pool Border Problem (an introduction to Inductive Reasoning)
- 2nd period code: MRTVGM
- 3rd period code: 2423FK
1.5/1.6 - If/Then Statements and Deductive Reasoning - Completed Notes
pre1.7 Algebraic Proofs - Completed Class Notes
- HW: Handout, use your own paper to complete the two-column proofs
1.7 - Writing Proofs: Vertical Angles and Linear Pairs (completed class notes)
- Extra Notes: Online Math Learning - Two Column Proofs
Review -
- Blank copy of the review
- Answer Key (edits are slightly different from current review)