Required information Process-Oriented Problem 02.006-3D Equilibrium - DEPENDENT MULTI-PART PROBLEM - ASSIGN ALL PARTS NOTE: This...

  

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Required information Process-Oriented Problem 02.006-3D Equilibrium - DEPENDENT MULTI-PART PROBLEM - ASSIGN ALL PARTS NOTE: This is a multi-part question. Once an answer is submitted, you will be unable to return to this part. A weight is hung from nade E in the configuration shown. Nodes A, B and Care attached to 1 in tall supports rigidly fixed to the celling which lies in the XY plane). 2in 6in X N D FDA = 15.03i - 45.09; + 37.57k (lb) PDR = 15.03 +9.39k (lb) De=45.09 + 26.03k (lb) E 30° BO Process-Oriented Problem 02.006.f- Identifying Equilibrium Equations Which equilibrium equation should be applied to determine the magnitude of force in cable DE C (i.c. ||* Dell)? Tin ( 5in 4in FDA Multiple Choice O XP-0 Ο ΣΕx-0 D ΣPY-0 FDB FDE FDC This is a trick question as | D|| cannot be determined with the information given. Required information Process-Oriented Problem 02.006-3D Equilibrium - DEPENDENT MULTI-PART PROBLEM - ASSIGN ALL PARTS NOTE: This is a multi-part question. Once an answer is submitted, you will be unable to return to this part. A weight is hung from nade E in the configuration shown. Nodes A, B and Care attached to 1 in tall supports rigidly fixed to the celling which lies in the XY plane). 2in 6in X N D FDA = 15.03i - 45.09; + 37.57k (lb) PDR = 15.03 +9.39k (lb) De=45.09 + 26.03k (lb) E 30° BO Process-Oriented Problem 02.006.f- Identifying Equilibrium Equations Which equilibrium equation should be applied to determine the magnitude of force in cable DE C (i.c. ||* Dell)? Tin ( 5in 4in FDA Multiple Choice O XP-0 Ο ΣΕx-0 D ΣPY-0 FDB FDE FDC This is a trick question as | D|| cannot be determined with the information given.