5. An adjustable tow bar connecting the tractor unit H with the landing gear J of a largeaircraft is shown at Fig. 5. Adjusting the height of the hook F at the end of the tow baris accomplished by the hydraulic cylinder CD activated by a small hand pump (notshown). For the nominal position shown of the triangular linkage ABC, calculate theforce P supplied by the cylinder to the pin C to position the tow bar. The rig has a totalmass of 50 kg with centre of mass at G and is supported by the tractor hitch at E. Assumethere is no bending of the pin at E and ACB is not connected to the horizontal link EF[ Ans : 298 N ].Fig. 5HAB = AC = 500%3D30030°B750600 200Dimensions in millimeters

Answered: Image /qna-images/answer/48027ad7-bf3b-43cd-9ed6-e35b2dd07222.jpg

Answered: 5. An adjustable tow bar connecting the…

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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3. Draw complete, clearly labeled free-body diagrams. All unknown support reactions should be clearly labeled with a variable name. All known values such as weight or applied forces should be clearly labeled with their known values. Don't need to show equilibrium equations, I just need free-body diagrams. Only solve this text question, not the questions in image.
A 120 N is at rest on a rough in a line making an angle of 20° with the horizontal. The roller has a radius of 0.40 m. as indicated in the figure. a.Calculate the force P that is required to push the roller at rest on the rough incline surface. b. Calculate the normal reaction at the point of contact between the roller and the rough inclined surface. c.Calculate the force P required to pull the roller at rest on the rough incline surface.
please i need her solving with using the formulas attached below of pin joint linkage
The figure shows a mechanism that raises packages in a transfer mechanism. A 500-N package sits on the horizontal output link O4BD while the crank O2A is rotating at constant speed of 400 rpm CW. At the position shown the crank OA is vertical and the output link O4B is horizontal. we need to determine the torque required from the motor at the crank 02A and the force in member AB The weights of the links are negligible. 30mm 450mm 500N 220 mm B 374 mm 374 mm The angular velocity of the link O,BD in rad/s is = The magnitude of the velocity of point D in m/s is =
Do not give answer in image and hand writing
Problem 4c: Find the force P, required to maintain equilibrium in the position shown. Also find the support reactions in the bearings at A and B. The bearing at B supports thrust, while the bearing at A does not. 500 lb 150 lb 12 in. 12 in. 200 lb 18 in. 14 in. 14 in.
A rear suspension system for a front wheel-drive vehicle is shown here. Spring EF is offset behind member CD. The normal force due to contact between 2 wheel and the road is 4200 N. Assume the weight of the wheel and suspension system components is negligible. (a) Determine the magnitude of the force in member CD. Is the member in tension or compression? (b) Determine the support reactions at A. (c) Determine the unstretched length of the spring EF given a spring constant of 150 kN/m. 60 mm 1130 mm 60 mm 245 mm D 220 mm F 260 mm E B 165 mm 90 mm F = 4200 N
Please solve for all and include all steps. Thx
One of the smooth vertical walls supporting end B of the 230-kg uniform shaft is turned through a 21° angle as shown here. End A is supported by the ball-and-socket connection in the horizontal x-y plane. Calculate the magnitudes of the forces P and R exerted on the ball end B of the shaft by the vertical walls C and D, respectively. Assume a = 5.6 m, b = 2.3 m, L = 6.5 m, and 0 = 21° Answers: P = 2245 R = H. B a L D N A !N b
All 4 pls
The A-frame shown is pin-connected at A, B, C, and D. The surface at E is level and frictionless. Calculate the reaction at E and the reaction components at the pins. - Draw free-body diagram - Solve most simple way, save yourself time - Write out all steps
MEC101 Midterm Exanms- B06 One of the smooth vertical walls supporting end B of the 145-kg uniform shaft is turned through a 27° angle as shown here. End A is supported by the ball-and-socket connection in the horizontal x-y plane. Calculate the magnitudes of the forces P and Rexerted on the ball end B of the shaft by the vertical walls C and D, respectively. Assume a = 6.4 m, b = 1.9 m, L = 7.3 m, and 0=0%3D 27°. B 26°C

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