The position vectors of the points A, B and C are a = 3i -j-k, b= 2i + 2j + 7k and e= 5i + 2j - 3k. Find (i) the position vector of the centroid of A, B and C. (ii) the position vectors of the points P and Q which divide AB internally and externally in the ratios AP: PB =1 :2 and AQ: QB = -2:1.
The position vectors of the points A, B and C are a = 3i -j-k, b= 2i + 2j + 7k and e= 5i + 2j - 3k. Find (i) the position vector of the centroid of A, B and C. (ii) the position vectors of the points P and Q which divide AB internally and externally in the ratios AP: PB =1 :2 and AQ: QB = -2:1.
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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![The position vectors of the points A, B and C are
a = 3i - j- k, b= 2i + 2j + 7k and e 5i + 2j – 3k.
Find
(i) the position vector of the centroid of A, B and C.
(ii) the position vectors of the points P and Q which divide AB internally and
externally in the ratios AP: PB = 1:2 and AQ: QB = -2:1.
. Determine whet her the vectors a 2i – 3j + 5k, b= 3i+j – 2k and e i-7j+ 12k
are linearly dependent or lincarly independent.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F47680f22-30c6-4848-9e1e-e4d4540525dc%2Fc661bafa-6418-4f33-881d-e667b0d9435d%2F5wwyf1q_processed.jpeg&w=3840&q=75)
Transcribed Image Text:The position vectors of the points A, B and C are
a = 3i - j- k, b= 2i + 2j + 7k and e 5i + 2j – 3k.
Find
(i) the position vector of the centroid of A, B and C.
(ii) the position vectors of the points P and Q which divide AB internally and
externally in the ratios AP: PB = 1:2 and AQ: QB = -2:1.
. Determine whet her the vectors a 2i – 3j + 5k, b= 3i+j – 2k and e i-7j+ 12k
are linearly dependent or lincarly independent.
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