2. Click on one vector and drag it into grid. This first vector is V. Let...

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2. Click on one vector and drag it into grid. This first vector is V₁. Let magnitude of V₁ be: 5 units < |V₁| 10 units, and direction, 8 be : 10° << 70°. Record data in Table 1 below. 3. Click on the same color vector as in (2) above and drag another vector into grid. This second vector is V₂. Let magnitude of V₂ be: 10 units< |V₂|< 20 units, and direction, be: 100° <0<220°. Record data in Table 1. 4. Determine sum of vectors V₁ + V₂, this is resultant R. Record data in Table 1. 5. Determine magnitude and direction of equilibrant. 6. Record a screenshot or pic of your simulation grid, and insert it and save the image(s) in APPENDIX 1-see the last pages of this lab document. Vector V₁ IV₁|=7.1 Angle 8° 45 V₁x 5 V₁V=5 Vector V₂ |V₂|=15 Angle 80-126.9 V₂x = -9 V₂y=12 Resultant R Calculated IRI= Angle 0° R-3.981 R, 17.009 Observed IRI-17.5 Angle 8° -103.2 R₁ =-4 R-17 Equilibrant JE = Angle º Ex = Ex= 2. Click on one vector and drag it into grid. This first vector is V₁. Let magnitude of V₁ be: 5 units < |V₁| 10 units, and direction, 8 be : 10° << 70°. Record data in Table 1 below. 3. Click on the same color vector as in (2) above and drag another vector into grid. This second vector is V₂. Let magnitude of V₂ be: 10 units< |V₂|< 20 units, and direction, be: 100° <0<220°. Record data in Table 1. 4. Determine sum of vectors V₁ + V₂, this is resultant R. Record data in Table 1. 5. Determine magnitude and direction of equilibrant. 6. Record a screenshot or pic of your simulation grid, and insert it and save the image(s) in APPENDIX 1-see the last pages of this lab document. Vector V₁ IV₁|=7.1 Angle 8° 45 V₁x 5 V₁V=5 Vector V₂ |V₂|=15 Angle 80-126.9 V₂x = -9 V₂y=12 Resultant R Calculated IRI= Angle 0° R-3.981 R, 17.009 Observed IRI-17.5 Angle 8° -103.2 R₁ =-4 R-17 Equilibrant JE = Angle º Ex = Ex=