(the complete question is in the picture)Vector A has a magnitude of 3 units directed 30◦south of east whileVector B has a magnitude of 5 units directed 60◦ north of west. Consider your coordinateaxis with +ˆi directed east and +ˆj directed north. What is the resultant vector in componentform?A.3√3 + 52ˆi +3 + 5√32ˆjB.3√3 − 52ˆi +5√3 − 32ˆjC.3 − 5√32ˆi +5 − 3√32ˆjD.3 − 5√32ˆi +5 − 3√32ˆ Addition of Vectors. Vector A has a magnitude of 3 units directed 30° south of east whileVector B has a magnitude of 5 units directed 60° north of west. Consider your coordinateaxis with +i directed east and +j directed north. What is the resultant vector in componentform?3v3+5:3+5V3;+3 – 5V3;, 5 – 3/3;С.|A.-i+23/3 – 5;В.5/3 – 3,3 – 5V35 — ЗV3,i+3v3;---D.22

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Answered: Addition of Vectors. Vector A has a…

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 59P: At one point in space, the direction of the electric field vector Is given In the Cartesian system...

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(the complete question is in the picture)

Vector A has a magnitude of 3 units directed 30◦
south of east while
Vector B has a magnitude of 5 units directed 60◦ north of west. Consider your coordinate
axis with +ˆi directed east and +ˆj directed north. What is the resultant vector in component
form?
A.
3
√
3 + 5
2
ˆi +
3 + 5√
3
2
ˆj

B.
3
√
3 − 5
2
ˆi +
5
√
3 − 3
2
ˆj

C.
3 − 5
√
3
2
ˆi +
5 − 3
√
3
2
ˆj

D.
3 − 5
√
3
2
ˆi +
5 − 3
√
3
2
ˆ

Addition of Vectors. Vector A has a magnitude of 3 units directed 30° south of east while
Vector B has a magnitude of 5 units directed 60° north of west. Consider your coordinate
axis with +i directed east and +j directed north. What is the resultant vector in component
form?
3v3+5:
3+5V3;
+
3 – 5V3;, 5 – 3/3;
С.
|
A.
-i+
2
3/3 – 5;
В.
5/3 – 3,
3 – 5V3
5 — ЗV3,
i+
3v3;
-
-
-
D.
2
2

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