Friday - 3/4
We began working in Unit 4 today. We completed the notes for Section 4.1, where we defined Congruent Triangles, as well as Congruent Polygons. We also started to form the logical reasoning behind many of the proofs we'll do this unit.
HW: Complete Pg 120 #'s 10, 11. Also, complete ws 4.1.
Monday - 3/7
Today we started the notes for Section 4.2. We learned about 3 new Postulates: SSS, SAS, ASA. These are used to Prove Why Triangles are Congruent.
HW: Complete ws 4.2.
Notes: 4.2 Notes
Tuesday - 3/8
We completed the notes for Section 4.2 today. We looked at a few more examples of Proofs, then spent the remainder of class completing proofs on our own.
HW: Complete ws 4.2 - Proofs. Check your work with the answer key. Also, complete ws 4.2-2 - Proofs. Check your work with the answer key.
Wednesday - 3/9
Today we spent the majority of the class practicing more proofs from Sections 4.2 and 4.3. In Section 4.3 we learned how to use CPCTC to prove we have Midpoints, Parallel Lines, Perpendicular Lines, and Angle Bisectors. At the end of class we briefly reviewed what will be covered on tomorrow's quiz.
HW: Study for tomorrow's quiz. You should complete ws 4.3 - Proofs. Check your work with the answer key. Also, go back and look at the following problems from the text: Pg 119 #'s 1-8, Pg 120 #'s 1-7, 9, and Pg 132 #'s 1-5.
Notes: 4.3 Notes
Thursday - 3/10
We started class with our quiz on Sections 4.1-4.3. After the quiz we completed the notes for Section 4.4. We looked at everything there is to know about Isosceles Triangles. We looked at the specific parts of these triangles as well as two important theorems that linked the length of sides with the measure of angles in a triangle.
HW: Complete Pg 137 #'s 1-8 and Pg 136 #'s 1-4.
Notes: 4.4 Notes
Friday - 3/11
We started class with some extra practice with Isosceles Triangles. We used the Isosceles Triangle Theorem and its Converse to find missing angle measures and side lengths. Next, we started the notes for Section 4.5, which covers two new methods for Proving Triangles Congruent: HL and AAS.
Notes: 4.5 Notes
Monday - 3/14
Today we completed the notes for Section 4.5. We spent some extra time practicing proofs that include HL and AAS. We finished class by starting the notes for Section 4.7 on Altitudes, Medians and Perpendicular Bisectors.
HW: Complete ws 4.5 Proofs. Check your work with the answer key.
Notes: 4.5 Notes and 4.7 Notes
Tuesday - 3/15
We started class by completing the notes for Section 4.7. We reviewed the definitions of Medians and Altitudes, and also looked at how Perpendicular and Angle Bisectors relate to different types of triangles. After some practice we completed the notes for Section 6.4. In this section we looked at the relationships between angle measures and the sides that are opposite them. We also discussed the Triangle Inequality Theorem, which states that any two sides of a triangle must add up to be greater than the third.
HW: Complete ws 6.4.
Notes: 4.7 Notes and 6.4 Notes
Wednesday - 3/16
We spent today reviewing for tomorrow's test on Unit 4. We got in groups and worked on a number of problems from different sections in the book.
HW: Complete the following and be ready to hand it in tomorrow: Pg 132 #'s 1-5, Pg 160 #'s 1-16, 18, Pg 162 #'s 1-18, Pg 222 #'s 1-12.
Thursday - 3/17
Today was test day for Unit 4. After the test we took a look at how to Solve Quadratic Equations, which was a review from Algebra I.
Unformatted text preview: Unit 4: Congruent Triangles DY ' Homework 4: Congruent Triangles ** This is a 2-page document! ** 1. Write three valid congruency statements given the triangles below. T D H a) EAHGI ¥::>n> b)A TEEA HC 0‘ c)A WIDE-31361 H Write anomer valid congruency statement: Write another valid congruency statement: 4. Given ASTU a AKLM, complete each of the following statements. aﬁUai—EL d)4M'_=. Lu g)AUSTs AMKL K U L mm; 5“ eursg h)ATUS§ ALMK r M cilia-ﬂ”: nzusrg LMKL s 5. Given ABCM a AZ)’R, ﬁnd each missing measure. C M Y a)CM=_ILm_ d) mAB= 46' m R ‘“ um \‘5 b)BM=_/5m_ e) sz= 32' W‘ C) YZ: 8"” f) mzY= IQS' X 21cm b)AC=_2!.cm e) mzC = Zﬁl" c)PC-—- JM ° 0 Gina Wilson (All Things Algebra), 2014 7. Given AXPS a ADNF, ﬁnd the values ofx and y. F I11 +3 = I 1x = 8. Given AMTW s ABGK, ﬁnd the values of x and y. 4x4 = 45 10. If AABC a ADEF, AB = 8, BC = 19, AC = 14, E1" = 4x - 1, and DE = y- 6, ﬁnd the values of x and y. A52 DE BC? EF 8 s —-b [7: 4X" 20=4X 11. If AZMKe AAPY, m4 1: 112 , mzY= 41 , m4K= (13x-37) , and mAA = (2y + 7), ﬁndthevaluesofxandy. mLt= lw-llZ-‘H MLK'ﬁmL‘l (”£23 MLA mL‘]; :11 _ . 5 Aqua“: 25, TS = 14, BT= 31, GD = 4x— 11, "ms: 56 ,mzs = 21, and ",4”: (7y + s)‘, ﬁnd the values oh: and y. MLT= “’0 -59..“ MLT: 103 0 Gina Wilson (All Things Alaebta), 2014 ...
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