VOCABULARY LISTS FOR PLANE GEOMETRY
| Assignments for Chapter 11` | Theorems/Formulas for Chapter 11 | Vocabulary for Chapter 11 |
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p. 591 (13-49, skip 43-47) p. 598 (7-19, 37-39) p. 604 (13-39) p. 604 (10-12, 43-52, 55) p. 607 Quiz 1 p. 607 (59-62) & p. 600 (31-36, 40-45) p. 610 (1-20, 24-27) p. 617 (1-26) p. 623 (1-17, 20-25) p. 625 Quiz 2 p. 629 (1-22)-optional Quiz 4/22/10 Quiz 4/29/10 |
Theorem 11.1 Theorem 11.2 Theorem 11.3 Postulate 16 Arc Length Theorem 11.4 Theorem 11.5 Theorem 11.6 Theorem 11.7 Theorem 11.8 Theorem 11.9 Theorem 11.10 Theorem 11.11 |
Arc Length Chord Circumscribed Congruent Arcs Congruent Circles Diameter Incsribed Inscribed angle Intercepted arc Major arc Minor arc Perpendicular Perpendicular bisector Point of Tangency Radius Secant Semicircle Tangent Tangent Segments |
| Assignments for Chapter 8 | Theorems/Formulas for Chapter 8 | Vocabulary for Chapter 7 |
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_____ p. 413 (1-28)
_____423 Quiz 1
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_____ Theorem 8.1
Formulas for
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_____ area _____ base of a parallelogram _____ base of a trapezoid _____ base of a triangle _____ central angle _____ circle _____ center of a circle _____ circumference _____ concave polygon _____ convex polygon _____ diameter _____ equiangular _____ equilateral _____ exterior angle _____ height of a parallelogram _____ height of a trapezoid _____ height of a triangle _____ interior angle _____ parallelogram _____ radius _____ rectangle _____ regular polygon _____ rhombus _____ sector _____ square _____ trapezoid |
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Assignments for Chapter 7 |
Theorems for Chapter 7 |
Vocabulary for Chapter 7 |
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_____p.
349 (1-12) |
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Means Extremes Property
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_____
center of dilation
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Chapter 6--no notebook will be collected
| ASSIGNMENTS FOR CHAPTER 5 | Postulates & Theorems 5 | VOCABULARY FOR CHAPTER 5 |
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p. 236 (1-20) _____ p. 237 (21-40, 53-60) _____ p. 245 (1-26) _____ p. 248 (40-50) _____ p. 249 Quiz 1 _____ p. 253 (1-16) _____ Prove Theorem 5.1 _____ p. 254 (17-22, 24-26, 36-45) _____ p. 260 (1-12) _____ p. 263 quiz 2 _____ p. 268 (1, 3,, 7, 8, 19, 24-29) _____ p. 268 (4-6, 9-17, 20, 22, 23) _____ p. 276 (1-6, 10-19) _____ p. 279 (32, 34-36, 45-57) _____ p. 290 Quiz 3(1-4) _____ p. 296 (1-12) _____ p. 297 (1-6) _____ One section from pp. 291-295 |
_____ Postulate 12 SSS _____ Postulate 13 SAS _____ Postulate 14 ASA _____ Theorem 5.1 AAS _____ Theorem 5.2 HL _____ Theorem 5.3 _____ Theorem 5.4 |
_____ alternate interior angles _____ angle bisector _____ antecedent _____ congruent triangles _____ corresponding parts _____ distance from a point to a line _____ equidistant _____ hypotenuse _____ incenter _____ leg of a right triangle _____ perpendicular bisector _____ proof _____ reasons in a proof (kinds) _____ vertical angles |
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ASSIGNMENTS FOR CHAPTER 4 |
THEOREMS: |
VOCABULARY FOR CHAPTER 4 |
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_____ WS 4.4
_____Construction Equil. Tri. |
_____ #1 Triangle Sum Theorem _____ Cor-Acute angles of a
right _____ #3 Base Angles Theorem _____ #4 Converse of the
Base _____ #6 Equiangular Theorem _____ #7 Pythagorean Theorem _____ #8 Converse of the |
_____ Acute Triangle |
| Vocabulary for Chapter 3 | Assignments for Chapter 3 | Postulates & Theorems 3 |
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alternate exterior angles _____ alternate interior angles _____ compass _____ complementary angles _____ conclusion _____ converse _____ construction _____ drawing _____ corresponding angles _____ hypothesis _____ lines perpendicular to a plane _____ parallel lines _____ parallel planes _____ perpendicular lines _____ same-side interior angles _____ straightt edge _____ skew lines _____ transversal |
_____ p. 110 (1-24) _____ p. 113 (39-62) _____ p. 117 (1-16) _____ p. 118 (17-25, 31-43)
_____ p. 123 (1-22) _____ p. 124 (23-42)
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Quiz 11/10/01
_____ p. 133 (26-42, 51-56) _____ Quiz 11/13/09
_____ p. 142 (37-47) _____ p. 139 (1-21) _____ p. 141 (24-29, 31-33, 35-43) _____ p. 158 (49-59)
_____ p. 147 (1-12) _____ p. 148 (15-17, 19-21) |
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Theorem 3.1 _____ Theorem 3.2 _____ Theorem 3.3 _____ Theorem 3.4 _____ Theorem 3.5 _____ Theorem 3.6 _____ Theorem 3.7 _____ Theorem 3.8 _____ Theorem 3.9 _____ Theorem 3.10
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| Vocabulary for Chapter 2 | Assignments for Chapter 2 | Postulates, Theorems, & Formulas | Properties |
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adjacent angles _____ angle bisector _____ bisect _____ complementary angles _____ conclusion _____ deductive reasoning _____ hypothesis _____ if-then statement _____ Laws of Logic (in notebook, not tested) _____ linear pair _____ midpoint _____ segment bisector _____ supplementary angles _____ theorem |
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p. 49
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p. 56 (8-10, 24-35, 44-51) _____ p. 64 (8-16, 28-30, 42-47) _____ p. 64 (1-7, 17-23, 33-41) _____ p. 70 (1-24)
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p. 72 (35-37, 44-53)
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p. 78 (1-19) _____ p. 79 (20-33, 41-50)
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p. 80 (51-56, 60-71) _____ p. 85 (7-12, 38-43)
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p. 91 (1-18) |
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Midpoint Formula
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Theorem 2.1 _____ Postulate 7 |
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Reflexive = _____ Symmetric = _____ Transitive = _____ Reflexive ≡ _____ Symmetric ≡ _____ Transitive ≡
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Addition = |
| Vocabulary for Chapter 1 | Assignments for Chapter 1 | Postulates, Etc. | |
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acute angle _____ angle _____ axiom _____ between _____ Braille _____ congruent segments _____ collinear points _____ compass _____ congruent angles _____ conjecture _____ coordinate _____ coplanar lines _____ coplanar points _____ counterexample _____ degree _____ distance _____ endpoint _____ inductive reasoning _____ intersect _____ intersection |
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length _____ line _____ measure of an angle _____ obtuse angle _____ pattern _____ plane _____ point, _____ postulate _____ prediction _____ protractor _____ ray _____ reflex angle _____ right angle _____ segment _____ sides of an angle _____ straight angle _____ undefined terms _____ vertex of an angle 3 parts of a good definition |
_____ lp. 5 (1-16) _____ p. 11 (8 & 9) & p, 7 (34-53) _____ p. 17 (3-14) & p. 13 (26-33)
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p. 17 (15-45) _____ p. 25 (10-27) & p. 18 (46-53) _____ p. 20 (70-74) & p. 27 (35-54) _____ p. 31 (1-4, 7-26); _____ p. 31 (5-6, 27-28, 31-35) & p. 41 (46-60)
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p. 38 (1-29) _____ p. 46 & 47
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Quiz 10/8 |
These should be on their own page
_____ Postulate 1 Have you said all these to Mrs. Gomer? |
| Vocabulary for Quadratic Equations | Assignments for Quadratic Equations |
| _____ Constant _____ Discriminant _____ Linear term _____ No real solution _____ Perfect square _____ Quadratic equation _____ Quadratic formula _____ Quadratic term _____ Radical _____ Radicand _____ Rationalize the denominator _____ Square root _____ |
_____ WS 9.2B (1-18) _____ WS 9.2A (1-20) _____ WS 9.3B (1-24) _____ WS 9.1 (19-24) & WS9.6 (1-6) _____ WS 9.7 (1-12) _____ WS 9.7B (1-12 solve)
_____ WS 9.5A (1-12)
_____ WS 9.5A (1-6) & (13-18) |
| Vocabulary for Factoring Review | Assignments for Factoring Review |
| _____ Binomial _____ Coefficient _____ Commutative Property _____ Conjugates _____ Distributive Property _____ Examples _____ Adding Polylnomials _____ Subtracting Polynomials _____ Using Tiles _____ Using FOIL _____ Using long multiplication with polynomials _____ factoring x^2 + bx + c _____ factoring x^2 - bx + c _____ factoring x^2 + bx - c _____ factoring x^2 - bx - c _____ Factor (noun) _____ Factor (verb) _____ Monomial _____ Polynomial _____ Special forms _____ Difference of Square _____ Square of a difference _____ Square of a sum _____ Term _____ Trinomial |
_____ WS10.1B (10-27, 1st column) _____ WS 10.2B (11, 12, 16, 17, 19)-draw as tiles, write answer _____ WS 10..2B as marked ; choose your best way _____ WS10.3B (13-45 odd) _____ WS 10.3B (13-45 even) ______ Quiz 8/25/09 _____ WS10.7 B(1-6, 7-30 odd) _____ WS 29 odd _____ WS 72 even _____ WS 74 odd _____ WS 10.5A & B (1-15 each) |