Determine all forces acting on member ACE of the he diameter of the pulley at E frame shown in Fig is 120 mm. The mass of body W is 100 kg. B 210 mm 375 mm 300 mm
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- 2 m 2 m 2 m 2 m D F G H 2 m 1 m C 0.5 m 2 m F B M 2 m Determine the forces in members DE and DL. State if each forces are compression or tension. If the force is 10 kN. Input DE force member and four decimal values on the blank indicate the stress (Tension or Compression.) e.g: 829.91 N-TA puck weighs 8 lb and rests on the center of the frictionless surface of the ramp supported in equilibrium by ropes AC and BC. Determine the normal force the ramp exerts on the puck as well as the tension in each of the two ropes. g Variable Value Values for dimensions on the figure are given in the following table. Note the figure may not be to scale. a b C d e f g9 36.0 in 45.0 in 13.5 in 27.7 in 45.0 in 18.0 in 35.0 in B The normal force acting on the puck is pounds The tension in rope AC is The tension in rope BC is C pounds poundsDetermine all forces acting on member ACE and BCD of the frame shown below. The diameter of the pulley at E is 120 mm. The mass of body W is 100 kg. Show the forces on the FBD of ACE and BCD separately in component form. 210 mm 375 mm An 300 mm E
- The shear leg derrick is used to haul the 162-kg net of fish onto the dock. Determine the compressive force along leg AB. Assume the force in each leg acts along its axis. Supply the answer in kN and as a negative number. Add your answer 4 Additional content You can add text, images, and files here. PELL 5.6 m 4 m RY L 6 ft 100kg 6 ft 6 ft 6 ft Apply a load of 100 kg to the center of the design. Considering it as a two- dimensional problem, determine the force acting on member.FREE-BODY DIAGRAM EXERCISES 3/A In each of the five following examples, the body to be isolated is shown in the left-hand diagram, and an in- complete free-body diagram (FBD) of the isolated body is shown on the right. Add whatever forces are nec- essary in each case to form a complete free-body dia- gram. The weights of the bodies are negligible unless otherwise indicated. Dimensions and numerical values are omitted for simplicity. Body Incomplete FBD 1. Bell crank supporting mass m with pin support at A. mg m Flexible cable A Pull P P. 2. Control lever applying torque to shaft at 0. Fo 3. Boom OA, of negligible mass compared with mass m. Boom hinged at O and supported by hoisting cable at B. B m mg 4. Uniform crate of mass m leaning against smooth vertical wall and supported on a rough horizontal surface. A mg B B 5. Loaded bracket supported by pin connection at A and fixed pin in smooth slot at B. Load L Figure 3/A Page5
- Calculate the magnitude of the force supported by the pin at A under the action of the 1.5-kN load applied to the bracket. Neglect friction in the slot. 160mm LAANConsider the clamping device used to lift a 55 gallon drum, as depicted in the accompanying figure, and determine the force in the pin at point B. 2.2 kN 293 mm 33 mm 586 mm 90 mm B 240 mmThe uniform bar AB weighing 240 lb is mounted as shown in the figure upon a carriage weighing 480 lb. The center of gravity of the carriage is at C midway between the wheels. If P = 180 lb and there is no frictional resistance at the wheels, find the value of R1
- Given: Crane structure as shown. Find: Forces 600 and FBD's for cables A- Вoom B and A-E, boom DEF `F 375 and post AFC. 1800 1650 34.0 kN Dimensions in millimeters B 900 mmThe special box wrench with head B swiveled at C to the handle A will accommodate a range of sizes of hexagonal bolt heads. For nominal size shown where the center O of the bolt and the pin C are in line with the handle, compute the magnitude of the force supported by the pin at C if P = 160 N. Assume the surface of the bolt head to be smooth. 30 mm 120 mm A 300The wheels, axle, and handles of a wheelbarrow W=62N. The load chamber and its contents weigh Wl=575N. The drawing chose leave to Forsyth and different wheelbarrow designs to support the wheelbarrow and equilibrium the man's hands apply a force to the handles that is directly vertically upward. consider the rotational axis at the point where the tire contacts the ground, directed perpendicular to the plane of the paper. Find the magnitude of the Man's force for both designs