Determine the force in ALL the members of the truss. State if the members are in tension or compression. P, = 1000 lb and P2 = 500 lb. 4 ft 229 560 29
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Please solve this quickly
Applying the Method of Joints:
Joint A:
Taking equilibrium of vertical forces (∑Fy = 0),
Taking equilibrium of horizontal forces (∑Fx = 0),
Joint B:
Taking equilibrium of vertical forces (∑Fy = 0),
Taking equilibrium of horizontal forces (∑Fx = 0),
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- The pin-jointed truss in Figure (6) supports a load of P=2 kips at joint C. Determine the axial forces F, through Fs in the truss membersAnalyze the Structure given in Figure (Picture Attached) and determine the forces in each member of truss by GRAPHICAL METHOD. State whether members are in tension or compression. P1= 720KN P2= 360KNThe pin-connected bar system in Figure P14.3 is stretched 1 in. horizontally and connected to the pin sup- port 4. Determine the horizontal and vertical components of force that the support must apply to the bars. Area of bar 1 = 2 in.2 , area of bar 2 = 3 in.2 , and E = 30,000 kips/in.2 . K2x and K2y are stiffness coefficients.
- the truss carries forces shown in the figure. determine the resultant of the forces and its intersection with AB measured from A.Situation 6. The truss is supported by a pin at A and a roller at B as shown in figure. 12. Determine the support reaction at B in kN. a. 5.08 b. 7.86 c. 6.87 d. 8.05 13. Determine the support reaction at A in kN. a. 5.49 b. 6.53 c. 7.80 d. 8.79• Determine displacements of the joints• Determine the forces in the truss members• Determine the support reactions (Convert kN to N because the dimensions are given in meters) like 25000N , 35000N
- Analyze the Structure given in Figure (Picture Attached) and determine the forces in each member of truss by Methods of Joints. State whether members are in tension or compression. P1= 720KN P2= 360KNThe structure of the figure is composed of components DABC, HEB and GDEF that are connected by pins at B, D and E. There are also two loads at C and F. Determine the forces acting on points B and D.H = 83a 200-kg mass M is attached to a pin at C as shown Determine the forces acting in the members AC and BC
- BJ in kN JC in kN CK in kN JK in kN CD in kN Calculate the force in memberForces P and F acting along the bar shown in the figure, to maintain equillibrium of pin A. Determine the valu of P and F.Which of the following is the nearest value for the force at member BC? a. 5kN tension b. 1.6 kN tension c. 1.6 kN compression d. 5 kN compression