A. Three-Vector Set:V, - 10.0 m at 90-•V₁ = 15.0 m at 30° South West•V. 15.0 m at 0Draw these vectors to scale (identify the scale you used), draw the resultant, and measure its magnitude and direction. Write thedirection in the chart as a positive angle measured counterclockwise from the +x-axis.GRAPHICAL METHODMagnitude (units)Direction ()ResultantCOMPONENT METHODX component (units)Y component (units)V₁-10.0 m at 90-010V.-15.0 m at 30 South West-7.5-6.10V.-15.0 m at 0150Resultant components7.53.9COMPONENT METHODMagnitude (units)8.45Direction ()27.47Resultant magnitude & directionALL FINAL ANGLES IN THIS LAB SHOULD BE EXPRESSED AS A POSITIVE ANGLE MEASURED COUNTERCLOCKWISEFROM 0 (the +x-axis)

Consider the given three vector set, V3=10.0 m at 90°V4=15.0 m at 30° SouthWestV5=15.0 m at 0° draw…

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

Algebra & Trigonometry with Analytic Geometry

13th Edition

ISBN:9781133382119

Author:Swokowski

Publisher:Swokowski

Chapter6: The Trigonometric Functions

Section6.4: Values Of The Trigonometric Functions

Problem 44E

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