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A. Three-Vector Set: . V, 10.0 m at 90- • V.-15.0 m at 30° South West .V.-15.0 m at 0 Draw these vectors to scale (identify the scale you used), draw the resultant, and measure its magnitude and direction. Write the direction in the chart as a positive angle measured counterclockwise from the +x-axis. GRAPHICAL METHOD Magnitude (units) Direction () Resultant

A. Three-Vector Set: . V, 10.0 m at 90- • V.-15.0 m at 30° South West .V.-15.0 m at 0 Draw these vectors to scale (identify the scale you used), draw the resultant, and measure its magnitude and direction. Write the direction in the chart as a positive angle measured counterclockwise from the +x-axis. GRAPHICAL METHOD Magnitude (units) Direction () Resultant

Advanced Engineering Mathematics
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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A. Three-Vector Set: V, - 10.0 m at 90- • V₁ = 15.0 m at 30° South West • V. 15.0 m at 0 Draw these vectors to scale (identify the scale you used), draw the resultant, and measure its magnitude and direction. Write the direction in the chart as a positive angle measured counterclockwise from the +x-axis. GRAPHICAL METHOD Magnitude (units) Direction () Resultant COMPONENT METHOD X component (units) Y component (units) V₁-10.0 m at 90- 0 10 V.-15.0 m at 30 South West -7.5 -6.10 V.-15.0 m at 0 15 0 Resultant components 7.5 3.9 COMPONENT METHOD Magnitude (units) 8.45 Direction () 27.47 Resultant magnitude & direction ALL FINAL ANGLES IN THIS LAB SHOULD BE EXPRESSED AS A POSITIVE ANGLE MEASURED COUNTERCLOCKWISE FROM 0 (the +x-axis)
Transcribed Image Text:A. Three-Vector Set: V, - 10.0 m at 90- • V₁ = 15.0 m at 30° South West • V. 15.0 m at 0 Draw these vectors to scale (identify the scale you used), draw the resultant, and measure its magnitude and direction. Write the direction in the chart as a positive angle measured counterclockwise from the +x-axis. GRAPHICAL METHOD Magnitude (units) Direction () Resultant COMPONENT METHOD X component (units) Y component (units) V₁-10.0 m at 90- 0 10 V.-15.0 m at 30 South West -7.5 -6.10 V.-15.0 m at 0 15 0 Resultant components 7.5 3.9 COMPONENT METHOD Magnitude (units) 8.45 Direction () 27.47 Resultant magnitude & direction ALL FINAL ANGLES IN THIS LAB SHOULD BE EXPRESSED AS A POSITIVE ANGLE MEASURED COUNTERCLOCKWISE FROM 0 (the +x-axis)
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