8 In the diagram to the right, AD and BE are altitudes of AABC intersecting at P. Let a, b, c and p be the respective position vectors of A, B, C and P relative to an origin O. a Explain why (pa) (c- b) = 0. b Explain why (pb) (ac) = 0. c Hence show that (pc) (a - b) = 0. d Deduce that the three altitudes of a triangle are concurrent. A EQ P D B
8 In the diagram to the right, AD and BE are altitudes of AABC intersecting at P. Let a, b, c and p be the respective position vectors of A, B, C and P relative to an origin O. a Explain why (pa) (c- b) = 0. b Explain why (pb) (ac) = 0. c Hence show that (pc) (a - b) = 0. d Deduce that the three altitudes of a triangle are concurrent. A EQ P D B
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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
Transcribed Image Text:8 In the diagram to the right, AD and BE are altitudes of AABC intersecting at P.
Let a, b, c and p be the respective position vectors of A, B, C and P relative to
an origin O.
a Explain why (pa)
b Explain why (p - b)
c Hence show that (pc)
(a - b) = 0.
d Deduce that the three altitudes of a triangle are concurrent.
(cb) = 0.
(ac) = 0.
A
ED
C
P
D
B
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