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2. Three forces are acting on an object with the following magnitudes and directions: ||F₁|| = 60N, 0₁ = 118°, ||F2|| = 43N,0₂ = -105° and ||F3|| = 74N, 03 = 335°. a. Choose appropriate scaling for the axes and graph these force vectors as precisely as possible in the provided coordinate system. Graph the resultant (net) force vector Fr. Show all computations performed to complete this task!

2. Three forces are acting on an object with the following magnitudes and directions: ||F₁|| = 60N, 0₁ = 118°, ||F2|| = 43N,0₂ = -105° and ||F3|| = 74N, 03 = 335°. a. Choose appropriate scaling for the axes and graph these force vectors as precisely as possible in the provided coordinate system. Graph the resultant (net) force vector Fr. Show all computations performed to complete this task!

Algebra & Trigonometry with Analytic Geometry
Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter8: Applications Of Trigonometry
Section8.3: Vectors
Problem 41E
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2. Three forces are acting on an object with the following magnitudes and directions: ||F₁|| = 60N,0₁ = 118°, ||F2|| = 43N, 02-105° and ||F3 || = 74N,03 = 335°. a. Choose appropriate scaling for the axes and graph these force vectors as precisely as possible in the provided coordinate system. Graph the resultant (net) force vector FT. Show all computations performed to complete this task! b. What are the magnitude (to the nearest N) and the direction angle (to the nearest 0.1°) of the resultant force? c. What additional force (in component form) would counter the given forces and create equilibrium (net force of 0)?
Transcribed Image Text:2. Three forces are acting on an object with the following magnitudes and directions: ||F₁|| = 60N,0₁ = 118°, ||F2|| = 43N, 02-105° and ||F3 || = 74N,03 = 335°. a. Choose appropriate scaling for the axes and graph these force vectors as precisely as possible in the provided coordinate system. Graph the resultant (net) force vector FT. Show all computations performed to complete this task! b. What are the magnitude (to the nearest N) and the direction angle (to the nearest 0.1°) of the resultant force? c. What additional force (in component form) would counter the given forces and create equilibrium (net force of 0)?
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