1. Vector A→, having magnitude 2.5m, pointing 37. south of east. 2. Vector B> having magnitude 3.5m, pointing 20. north of east. 3. Find the resultant vector when vector A and vector B are added using the horizontal and vertical components. What quadrant is the resultant located? 4. Vector C→ 32• north of west for 94m. 5. Vector D→ 35. east of south for 122m. 6. Find the resultant vector when vector C and vector D are added using the horizontal and vertical components. What quadrant is the resultant located?
1. Vector A→, having magnitude 2.5m, pointing 37. south of east. 2. Vector B> having magnitude 3.5m, pointing 20. north of east. 3. Find the resultant vector when vector A and vector B are added using the horizontal and vertical components. What quadrant is the resultant located? 4. Vector C→ 32• north of west for 94m. 5. Vector D→ 35. east of south for 122m. 6. Find the resultant vector when vector C and vector D are added using the horizontal and vertical components. What quadrant is the resultant located?
Physics for Scientists and Engineers with Modern Physics
10th Edition
ISBN:9781337553292
Author:Raymond A. Serway, John W. Jewett
Publisher:Raymond A. Serway, John W. Jewett
Chapter3: Vectors
Section: Chapter Questions
Problem 21P: Vector A has a negative x component 3.00 units in length and a positive y component 2.00 units in...
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Transcribed Image Text:1. Vector A-→, having magnitude 2.5m, pointing 37.
south of east.
2. Vector B> having magnitude 3.5m, pointing 20.
north of east.
3. Find the resultant vector when vector A and vector B
are added using the horizontal and vertical components.
What quadrant is the resultant located?
4. Vector C→ 32• north of west for 94m.
5. Vector D-→ 35. east of south for 122m.
6. Find the resultant vector when vector C and vector D
are added using the horizontal and vertical
components. What quadrant is the resultant located?
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