Explain how to find a vector in the direction of the line segment from Po (*o.Yo-z0) to P: (*1.Y1.21) Choose the correct answer below. OA Each component in the vector can be found by subtracting corresponding coordinates in Po from P, OB. Each component in the vector can be found by adding corresponding coordinates in Po from P,. OC. Each component in the vector can be found by subtracting corresponding coordinates in P, from P, and then dividing each resulting component by -2. OD. Each component in the vector can be found by adding corresponding coordinates in P. from P. and then dividing each resulting component by 2.

Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter8: Applications Of Trigonometry
Section8.3: Vectors
Problem 45E
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Explain how to find a vector in the direction of the line segment from Po (Xo-Yo z0) to P, (X1 Y121)
Choose the correct answer below.
O A. Each component in the vector can be tound by subtracting corresponding coordinates in Po from P,
OB. Each component in the vector can be found by adding corresponding coordinates in Po trom P,
OC. Each component in the vector can be found by subtracting corresponding coordinates in P, from P,, and then dividing each resulting component by -2.
OD. Each component in the vector can be found by adding corresponding coordinates in P, from P, and then dividing each resulting component by 2.
Transcribed Image Text:Explain how to find a vector in the direction of the line segment from Po (Xo-Yo z0) to P, (X1 Y121) Choose the correct answer below. O A. Each component in the vector can be tound by subtracting corresponding coordinates in Po from P, OB. Each component in the vector can be found by adding corresponding coordinates in Po trom P, OC. Each component in the vector can be found by subtracting corresponding coordinates in P, from P,, and then dividing each resulting component by -2. OD. Each component in the vector can be found by adding corresponding coordinates in P, from P, and then dividing each resulting component by 2.
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