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
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
Physics for Scientists and Engineers, Technology Update (No access codes included)
9th Edition
ISBN:9781305116399
Author:Raymond A. Serway, John W. Jewett
Publisher:Raymond A. Serway, John W. Jewett
Chapter7: Energy Of A System
Section: Chapter Questions
Problem 7.13P: Lei B = 5.00 m at 60.0. Let the vector C have the same magnitude as A and a direction angle greater...
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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
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