Given the vectors P = 2i + j+ 2k, Q = 31 + 4j – 5k, and S = -4i + j- 2k, compute the following:C. Mixed Triple products1. S: (РxQ)2. Q. (S x P)3. Р- (QxS)A. Scalar productsB. Vector products1.P.Q1. РхQ2. P.S2. РxS3. Q.S3. QxP4. QxS5. SxP6. Sx Q

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Given the vectors P = 2i + j+ 2k, Q = 3i + 4j – 5k, and S = -4i + j- 2k, compute the following: A. Scalar products C. Mixed Triple products 1. S. (P x Q) 2. Q. (S x P) 3. Р- (QxS) B. Vector products 1. P.Q 1. РxQ 2. P.S 2. РxS 3. QxP 4. QxS 5. SxP 3. Q.S 6. Sx Q

Given the vectors P = 2i + j+ 2k, Q = 3i + 4j – 5k, and S = -4i + j- 2k, compute the following: A. Scalar products C. Mixed Triple products 1. S. (P x Q) 2. Q. (S x P) 3. Р- (QxS) B. Vector products 1. P.Q 1. РxQ 2. P.S 2. РxS 3. QxP 4. QxS 5. SxP 3. Q.S 6. Sx Q

University Physics Volume 1

18th Edition

ISBN:9781938168277

Author:William Moebs, Samuel J. Ling, Jeff Sanny

Publisher:William Moebs, Samuel J. Ling, Jeff Sanny

Chapter2: Vectors

Section: Chapter Questions

Problem 82AP: Find the scalar components of three-dimensional vectors G and H in the following figure and write...

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Question

Given the vectors P = 2i + j+ 2k, Q = 31 + 4j – 5k, and S = -4i + j- 2k, compute the following:
C. Mixed Triple products
1. S: (РxQ)
2. Q. (S x P)
3. Р- (QxS)
A. Scalar products
B. Vector products
1.
P.Q
1. РхQ
2. P.S
2. РxS
3. Q.S
3. QxP
4. QxS
5. SxP
6. Sx Q

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