Congruency Exercise 3: (Theory on pages 144-146) 1) Preve that AABC = ADCB: 3) Prove that AABD = ACBE: 丰 D. 2) Given O is the circle's centre, prove that AABO = APQO: 4) Prove that AMBE = AMCD: Q. Solutions to Exercise 3 numbers I and 2 are on page 335 and number 3 and 4 are on page 336 Quadrilaterals Exercise 4: (Theory on pages 147-150) 1) Prove that quadrilateral ABCD below is a 3) ABCD below is a'parallelogram. PQRS is a parallelogram: quadrilateral formed by joining the

Elementary Geometry For College Students, 7e
7th Edition
ISBN:9781337614085
Author:Alexander, Daniel C.; Koeberlein, Geralyn M.
Publisher:Alexander, Daniel C.; Koeberlein, Geralyn M.
ChapterP: Preliminary Concepts
SectionP.CT: Test
Problem 1CT
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a) Prove that AABC/HAADE,
b) Hence find the length of DB if AD 10mm,
AE-6mm and EC 12mm.
Solutions to Exercise 2 number 3 are on page 335.
4) In the diagram below there are 2 similar triangles:
a) State, with reason, the triangles that are similar.
Remember that the order the triangles are
written in is important.
b) Given that AB = 10m and AC = 12m, determine
the length of AD.
Solutions to Exercise 2 number 4 are on page 335
Congruency
Exercise 3: (Theory on pages 144-146)
1) Prove that AABC = ADCB:
3) Prove that AABD = ACBE:
agled or
A.
丰
C
D.
C
2) Given 0 is the circle's centre, prove that 4) Prove that AMBE = AMCD:
AABO = APQO:
B
M
E
Q.
Ic
Solutions to Exercise 3 mumbers I and 2 are on page 335 and number 3 and 4 are on page 336
Quadrilaterals
Exercise 4: (Theory on pages 147-150)
1) Prove that quadrilateral ABCD below is a 3) ABCD below is a'parallelogram. PQRS is a
parallelogram:
R.
quadrilateral formed by joining the
Transcribed Image Text:a) Prove that AABC/HAADE, b) Hence find the length of DB if AD 10mm, AE-6mm and EC 12mm. Solutions to Exercise 2 number 3 are on page 335. 4) In the diagram below there are 2 similar triangles: a) State, with reason, the triangles that are similar. Remember that the order the triangles are written in is important. b) Given that AB = 10m and AC = 12m, determine the length of AD. Solutions to Exercise 2 number 4 are on page 335 Congruency Exercise 3: (Theory on pages 144-146) 1) Prove that AABC = ADCB: 3) Prove that AABD = ACBE: agled or A. 丰 C D. C 2) Given 0 is the circle's centre, prove that 4) Prove that AMBE = AMCD: AABO = APQO: B M E Q. Ic Solutions to Exercise 3 mumbers I and 2 are on page 335 and number 3 and 4 are on page 336 Quadrilaterals Exercise 4: (Theory on pages 147-150) 1) Prove that quadrilateral ABCD below is a 3) ABCD below is a'parallelogram. PQRS is a parallelogram: R. quadrilateral formed by joining the
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