Preparing for the Regents Examination Geometry, AK
Preparing for the Regents Examination Geometry, AK
Preparing for the Regents Examination Geometry, AK
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7. 1 EDF 2 EDF<br />
8. GDF EDH<br />
9. FGD EDH (ASA ASA)<br />
10. 5 6 (Corresponding<br />
parts of congruent<br />
triangles are<br />
congruent.)<br />
10 1. ___<br />
AC and ___<br />
BD bisect each o<strong>the</strong>r at G.<br />
2. ___<br />
CG ____<br />
AG<br />
3. ___<br />
BG ___<br />
DG<br />
4. AGB CGD (Vertical angles are<br />
congruent.)<br />
5. AGB CGD<br />
6.<br />
(ASA ASA)<br />
___<br />
AB ___<br />
CD<br />
7. GCD GAB<br />
8. 1 2<br />
(Corresponding<br />
parts of congruent<br />
triangles are<br />
congruent.)<br />
9. CED AFB<br />
10.<br />
(ASA ASA)<br />
___<br />
EC ___<br />
FA (Corresponding<br />
parts of congruent<br />
triangles are<br />
congruent.)<br />
11 Assume that ABC and ABC are congruent<br />
and that ___<br />
BD and _____<br />
BD are angle bisectors<br />
of B and B, respectively.<br />
ABD ABD. ___<br />
AB ____<br />
AB . A A.<br />
ABD ABC. ___<br />
BD _____<br />
BD .<br />
12 1. BIG is equilateral.<br />
2. ___<br />
IA ___<br />
BC ___<br />
GT<br />
3. IA BC GT<br />
4. __<br />
IB ___<br />
BG ___<br />
GI<br />
5. IB BG GI<br />
6. IB IA AB; BG BC CG;<br />
GI GT TI<br />
7. IA AB BC CG GT TI<br />
8. IA AB IA BC CG BC <br />
GT TI GT<br />
9. AB CG TI<br />
10. ___<br />
AB ___<br />
CG __<br />
TI<br />
11. BIG IGB GBI<br />
12. IAT BCA (ASA ASA)<br />
GTC<br />
13. ___<br />
AT ___<br />
CA ___<br />
TC (Corresponding<br />
parts of congruent<br />
triangles are<br />
congruent.)<br />
14. CAT is (Definition of an<br />
equilateral. equilateral triangle)<br />
13 1. ___<br />
RU<br />
2. ___<br />
RT ___<br />
US<br />
3. RT US<br />
4. RT ST US ST<br />
5. RS TU<br />
6. ___<br />
RS ___<br />
TU<br />
7. R U<br />
8. VST WTS<br />
9. mVST mWTS<br />
10. VSR is <strong>the</strong> complement of VST.<br />
11. WTU is <strong>the</strong> complement of WTS.<br />
12. VSR WTU<br />
13. RVS UWT (ASA ASA)<br />
14 1. ____<br />
MQ ____<br />
NQ<br />
2. ___<br />
QP ____<br />
QO<br />
3. ___<br />
PQ ____<br />
MQ<br />
4. MQP is a right angle.<br />
5. ____<br />
OQ ____<br />
NQ<br />
6. NQO is a right angle.<br />
7. MQP NQO (Right angles are<br />
congruent.)<br />
8. PQO PQO<br />
9. MQP PQO NQO PQO<br />
10. MQO NQP<br />
11. MQO NQP (SAS SAS)<br />
15 1. ___<br />
AC ___<br />
BC<br />
2. ACF BCG<br />
3. DCF ECG<br />
4. DCF ACF BCG ACF<br />
5. DCF ACF BCG ECG<br />
6. ACD BCE<br />
7. CAF CBA<br />
8. CAD CBE (ASA ASA)<br />
9. ___<br />
DC ___<br />
EC<br />
10. DCE is isosceles. ( Definition of an<br />
isosceles triangle)<br />
16 Draw a line longer than <strong>the</strong> sum of <strong>the</strong><br />
lengths of <strong>the</strong> two segments. Copy ___<br />
AB onto<br />
<strong>the</strong> new line. Place <strong>the</strong> compass vertex where<br />
<strong>the</strong> arc swing intersects <strong>the</strong> line and mark off<br />
<strong>the</strong> length of ___<br />
CD . The line segment from <strong>the</strong><br />
original vertex to <strong>the</strong> final arc swing marks<br />
off <strong>the</strong> new segment.<br />
17 Bisect ___<br />
AB and <strong>the</strong>n bisect each half of <strong>the</strong><br />
original segment.<br />
18 Use angle bisector procedure.<br />
19 Bisect side ___<br />
AB . Mark <strong>the</strong> point where <strong>the</strong><br />
bisector intersects <strong>the</strong> line M. Draw a line<br />
from C to M.<br />
Chapter Review 27