Question

Equilibrant Force = - Net Force They have equal magnitudes but opposite in direction. Angle of Equilibrant Force = 180° + Angle of Net Force 8. You may check and click on the label for the specific vector to show the X and Y components. 9. Record the value of the resultant vector from Table 2. 10. Record the equilibrant vector (4th row) and verify you're the theory from Step 7. Page 4 of 5 Summer2020 Name: 1 Trial #1 Vector 1 Trial #2 Vector 1 ΤΑΙ AL angle, o X1 Y angle, o X1 Y1 21.0 30.0 5.0 13.9 Vector 2 BI Vector 2 BI angle, X2 Y2 angle, e X2 Y2 59.0 -15.0 5.0 11.7 Resultant ISI Vector 3 CI X V х Y -10.0 0.0 Equilibrant = - Resultant TEL Resultant ish V. X Yc Equilibrant = - Resultant TEL X

Answer 1

Trial #1 Vector 1 x = 13.9 ces o Y = 13.9 sino 13.9 4.98 Y₂ X2 = 11.7 Cose Y2 = 11.7 sino |A| angle, o X У. 21.0 12.9 Vector 2 18/ arrgle, o 59.0 6.02 100 Resultant Icl 0 X 24-13 38.4 18.92 14.98 Equilibrant - Resultant Jel, X 24-13 218.4 -18.92 - 14.98 Vr x = x + 2, Yr = 4, +4₂ Icia Suitve, Or-tawia) Or Yr Trial #2 IAI x, angle, o 9.46° √x + y2 = 1A1, d = tan (34) tant (2) 30.4 30.0 5.0 IBI angle, o X Y₂ √x + y 2 = 13), o- {angle from + X-Ares} wx²7 y² = 1d, 0= tant 15.8 961° -15.0 5.0 > Ich Х angle, o 1809 -10.0 0.0 10-0 Resultant ISI, Хc Yr 5 63-4 11-18 10 Resultant Equilibriant Or X, Y. Hla 11-18 243.4° -5 -10