35. The position vectors of the points A and B are OA =2i + j- 4k,OB =-2i +4 j – 2k , a vector equation passing through A and B is A. r= 2i+j-4k + µ(4i +4j – 2k) B. r=-4i-3j+ 2k + µ(2i+ j– 4k) C. r=2i+j-4k+ u(-4i +3j+2k) D. r=-4i+3j- 2k + µ(2i + j – 4k)

35. The position vectors of the points A and B are OA =2i + j- 4k,OB =-2i +4 j – 2k , a vector equation passing through A and B is A. r= 2i+j-4k + µ(4i +4j – 2k) B. r=-4i-3j+ 2k + µ(2i+ j– 4k) C. r=2i+j-4k+ u(-4i +3j+2k) D. r=-4i+3j- 2k + µ(2i + j – 4k)

Name: 35 ==-- --4+2i34. If z== a+ bi, then, z =3-4i1. 2z =--+A.5 5+-i5 51С.5
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Description: 35 ==-- --4+2i34. If z== a+ bi, then, z =3-4i1. 2z =--+A.5 5+-i5 51С.5 51 2Z=--+-i5 5D.35. The position vectors of the points A and B areOA= 2i + j- 4k, OB =-2i +4j – 2k, a vector equation passing through A andB isATHA. r= 2i+j-4k + µ(4i+4j–2k)B. r=-

Algebra & Trigonometry with Analytic Geometry

13th Edition

ISBN:9781133382119

Author:Swokowski

Publisher:Swokowski

Chapter8: Applications Of Trigonometry

Section8.3: Vectors

Problem 8E

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