| Lesson/Objective |
Supplemental
Lessons |
On-line
Practice |
Homework |
4-1
Congruent Figures
- Identify the corresponding parts of congruent figures
4-2
Some Ways to Prove Triangles Congruent
- Prove two triangles congruent by using the SSS, SAS,
and ASA postulatesIdentify the corresponding parts of congruent figures
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Congruent
Figures
SSS & SAS

ASA

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hw #4-1 Due Wed Nov 11
1) Read pgs 117-18, 122-23
in class
2) pg 119 #1-20
3) pg 123 #1-11
for homework
4) pg 120 #1-23 ODD
5) pg 124 #1-25 ODD
Your GEOMETRY BIBLE should be complete through SAS, ASA, SSS...
include defs of cgrt triangles and cgrt polygons
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4-3 Using Congruent Triangles
- Deduce information about segments and angles after
proving two triangles are congruent
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hw #4-2 Due Fri Nov 13
1) Read pgs 127-128
2) pg 129 #1-6
3) pg 130 #1-15 ODD
GB should include def. and sketch of
a line and a plane that are perpendicular
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4-4
The Isosceles Triangle Theorems
- Apply
the theorems and corollaries about isosceles triangles
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hw #4-3 Due Tues
Nov 17
1) Read pgs 134-35
2) pg 136 #1-12
3) pg 132 Self Test #1-8 Collected
Assignment!!
4) pg 137 #1-33 ODD
GB: Thm 4-1, 4-2 and corollaries
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4-5
Other Methods of Proving Triangles Congruent
- Use the AAS Theorem to prove two triangles congruent
- Use the HL Theorem to prove two right triangles
congruent
- Prove that two overlapping triangles are congruent
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AAS Theorem

HL Theorem

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hw
#4-4 Due Thurs Nov 19
1) Read pgs
140-41
2) pg 142 #1-13 (in class)
3) pg 143-144 #1-14
GB: Thm 4-3 & 4-4
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UNIT 4 QUIZ on Sections 4-1 thru 4-3:
Thursday, Nov 19th
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4-6
Using More Than One Pair of Congruent Triangles
- Prove two triangles congruent by first proving two
other triangles congruent
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hw #4-5 Due Mon
Nov 23
1) Read pgs146-47
2) pg 148 (Written Exercises) #1-8
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4-7
Medians, Altitudes, and Perpendicular Bisectors
- Apply the definitions of the median and the altitude
of a triangle and the perpendicular bisector of a segment
- State and apply the theorem about a point on the
perpendicular bisector of a segment, and the converse
- State and apply the theorem about a point on the
bisector of an angle, and the converse
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hw #4-6 Due Wed
Nov 25
1) Read pgs 152-54
2) Page 155 #1-11
3) Page 156 #1-6, 7-27 ODD
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| UNIT
TEST REVIEW
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BEST
BIBLE CONTEST IS IN FULL SWING!! 20 Extra Credit points to the
winner!! Valuable 2nd and 3rd place prizes will also be
awarded. YOU COULD WIN A NEW CAR!! |
hw #4-7 Due Tues
Dec 1
1) pg 159 Self-Test 3
2) pg 160-161 #1-20 (Skip #10 and #16)
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| UNIT
4 TEST: Thursday, Dec 3rd |