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3) If the block remains in the equilibrium position shown, determine the mass of the block D. -d, m -dzm- d,m The unextended length of spring AB is 9 m. d1 = 10 m %3D d2 = 11 m KAC = 43 N/m KAB = 82 N /m %3D Mass of block D=_kg

3) If the block remains in the equilibrium position shown, determine the mass of the block D. -d, m -dzm- d,m The unextended length of spring AB is 9 m. d1 = 10 m %3D d2 = 11 m KAC = 43 N/m KAB = 82 N /m %3D Mass of block D=_kg

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3) If the block remains in the equilibrium position shown, determine the mass of the block D. -d, m. -d¿m- d,m The unextended length of spring AB is 9 m. d1 = 10 m d2 = 11 m KAC = 43 N/m %3D KAB = 82 N/m Mass of block D=_kg %3D
Transcribed Image Text:3) If the block remains in the equilibrium position shown, determine the mass of the block D. -d, m. -d¿m- d,m The unextended length of spring AB is 9 m. d1 = 10 m d2 = 11 m KAC = 43 N/m %3D KAB = 82 N/m Mass of block D=_kg %3D
2) f the resultant force acting on the bracket is to be directed along the positive x-axis, determine the direction of Force F. F1 13 12 02 FR F1 = 373 N F2 = 779 N %3D FR = 877 N 02 = 45 Direction of Force F =
Transcribed Image Text:2) f the resultant force acting on the bracket is to be directed along the positive x-axis, determine the direction of Force F. F1 13 12 02 FR F1 = 373 N F2 = 779 N %3D FR = 877 N 02 = 45 Direction of Force F =
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