Document
... Write an algebraic expression for each of the following. 3. 4 more than twice a number 4. 6 less than half a number ...
... Write an algebraic expression for each of the following. 3. 4 more than twice a number 4. 6 less than half a number ...
Special Parallelograms, part 1
... 2. Scroll down and select the Rhombus link next to Unit 7, Lesson 6 3. Answer the following questions. a) Are the diagonals always congruent?_________ b) Do the diagonals always bisect the angles?___________ c) Are the diagonals always perpendicular?____________ ...
... 2. Scroll down and select the Rhombus link next to Unit 7, Lesson 6 3. Answer the following questions. a) Are the diagonals always congruent?_________ b) Do the diagonals always bisect the angles?___________ c) Are the diagonals always perpendicular?____________ ...
transversals and angle pair properties 14
... line a is Not parallel to line b. Line c is a transversal What do you notice about the following types of angles120 ...
... line a is Not parallel to line b. Line c is a transversal What do you notice about the following types of angles120 ...
Warm Up
... Pairs of angles on the same side of a transversal and the same side of the parallel lines CORRESPONDING ANGLES ARE EQUAL ...
... Pairs of angles on the same side of a transversal and the same side of the parallel lines CORRESPONDING ANGLES ARE EQUAL ...
Geometry - Chapter 2 Day #1 Proofs
... #16. Angle addition postulate #18. Converse of Definition of Acute Angle #20. Definition of Perpendicular #22. Definition of Angle Bisector #24. Angle Bisector Theorem #26. Definition of Vertical Angles #28. Definition of Midpoint ...
... #16. Angle addition postulate #18. Converse of Definition of Acute Angle #20. Definition of Perpendicular #22. Definition of Angle Bisector #24. Angle Bisector Theorem #26. Definition of Vertical Angles #28. Definition of Midpoint ...
Lesson Plans for the Week of September 2
... angles. Identify and use congruent angles and the More on Angle relationships and setting up problems bisector of an angle. p.37 Q#31, 33, 35, ...
... angles. Identify and use congruent angles and the More on Angle relationships and setting up problems bisector of an angle. p.37 Q#31, 33, 35, ...
1Topic
... Before doing this we need to recall theorems about circles, and congruent and similar figures. Further, since the sine rule is essentially a trigonometric version of similar triangles, it too can be useful in the coming work. ...
... Before doing this we need to recall theorems about circles, and congruent and similar figures. Further, since the sine rule is essentially a trigonometric version of similar triangles, it too can be useful in the coming work. ...
Geometry Curriculum Guide
... Translate verbal arguments into symbolic form, such as (p q) and (~p ~q). Determine the validity of a logical argument. Use valid forms of deductive reasoning, including the law of syllogism, the law of the contrapositive, the law of detachment, and counterexamples. Select and use variou ...
... Translate verbal arguments into symbolic form, such as (p q) and (~p ~q). Determine the validity of a logical argument. Use valid forms of deductive reasoning, including the law of syllogism, the law of the contrapositive, the law of detachment, and counterexamples. Select and use variou ...
