**Problem Statement**Bar \( ABC \) rests against a smooth surface at end \( C \) and is supported at end \( A \) with a ball-and-socket joint. The cable at \( B \) is attached midway between the ends of the bar. Determine the tension in the cable \( BD \).1. **Free Body Diagram and Setup:** - The bar \( ABC \) is positioned with end \( A \) elevated and supported by a ball-and-socket joint. - End \( C \) is resting on a smooth surface, allowing no frictional forces. - A cable \( BD \) is connected at point \( B \).2. **Visual Diagrams:** - **Diagram 1 (on the left):** - Shows the bar \( ABC \) in isolation. - Ends are labeled, with \( A \) at the top, \( B \) at the midpoint, and \( C \) at the bottom resting on the surface. - **Diagram 2 (on the right):** - A three-dimensional representation. - \( A \) is positioned above the surface along the z-axis, at a height of 1200 mm (600 mm + 600 mm). - \( C \) is on the x-y plane. - The cable joins the bar at \( B \) and extends to \( D \), a distance of 400 mm from both the x and y axes’ origin at \( C \). - The bar \( ABC \) is inclined, with an 800 N force acting vertically downward at point \( B \).3. **Tasks:** - Draw the free body diagram of the bar \( ABC \). - **Determine the tension in cable \( BE \)** and analyze the reactions at points \( A \) and \( C \).This setup requires resolving the forces acting on the structure considering equilibrium conditions.

Answered: Image /qna-images/answer/9b1cab6f-5a94-4c5e-8d79-e5b89de69269.jpg

Bar ABC rests against a smooth surface at end C and is supported at end A with a ball-and-socket joint. The cable at B is attached midway between the ends of the bar. Determine the tension in the cable BD. Draw the free body diagram of bar АВС. 600 mm 600 mm 800 N 400 mm 400 mm 400 mm 400 mm 800 mm Determine the tension in cable BE and the reactions at A and C.

Bar ABC rests against a smooth surface at end C and is supported at end A with a ball-and-socket joint. The cable at B is attached midway between the ends of the bar. Determine the tension in the cable BD. Draw the free body diagram of bar АВС. 600 mm 600 mm 800 N 400 mm 400 mm 400 mm 400 mm 800 mm Determine the tension in cable BE and the reactions at A and C.

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

See similar textbooks

Similar questions

2.3-5. The two rods AC and BC are hinged together at C and are supported by the cable DE and the ball-and-socket joints at A and B. Rod BC is subjected to a force on the plane normal to the x-axis. Section 2.3 / Equilibrium of rigid bodies in three dimensions 2 ft D 4 ft 2ft 2 ft 60° 100 lb B 91 (a) Draw the free-body diagram of the system of the two rods. (b) Using the free-body diagram of part (a), determine the tension T in the cable. Hint: This can be accomplished by writing a single equilibrium equation.
A 200 mm lever and a pulley of 240 mm diameter are welded to the axle BE which is supported by a thrust bearing at C and a journal bearing at D. A 720 N vertical force is applied at A when the lever is horizontal. Determine the tension T in the cord and the reactions at bearings C and D. You may assume that the bearings are properly aligned. You must include a free body diagram with your solution. 200 mm 720 N 80 mm 40 mm 120 mm Z 120 mm
DUE NOW. Please answer it correctly. Thank you!
show me the way please :(
SITUATION. The suspended load exerts a force F-800lbs at A and bar OA weighs 300 lb. Assume that the bar's weight acts at its midpoint. C (0,6-10) ft (0, 10, 4) ft Zoom image Determine the tension in cable AB. (8,6,0) ft -Fj
4.) The uniform 4-kg rod AB is supported by a ball-and-socket joint at A and by the cord CG that is attached to the midpoint G of the rod as shown in the figure. The rod leans against a frictionless vertical wall at B. Determine the reactions at A and B and the tension in cord CG. [Answer: T = 20.8 N, Ax= -14.7 N (down), Ay= 29.4 N, Az 11.0 N, B= 29.0 N, where the positive answer indicate the reaction goes in the positive direction of the respective axis and vice versa] Hints: Note the given mass from which you need to calculate weight. IF G is is the midpoint of the rod, then the x, y, z coordinates of that point can be taken to be half the x,y,z components of the position vector FAB 150 mm, B 400 mm 0 150 mm 600 m G
Problem 3
The L bar is supported by a universal gasket at O and by the two wires as shown. The universal joint can withstand, in addition to the three reaction forces, a moment on the y axis but not on the x and z axis, find the reactions for when the load is in x = 1 m. (b) 1.2 m 1.8 m 0.3 m. 0.6 m E B 2.1 m -1.5 m 50 kg
PROBLEM 1: Determine the tension in each cable and the components offorce reaction at D needed to support the load. Required: 1. Find dx, dy, and dz with complete solution
Select the distance a between 2 m and 5 m and the force P between 15 kN and 35 kN in the cage system shown in the figure and find the rod forces. Also note that the forces on the rods did not compress my tension. (AE, AB, BE, DE, CD, BC, BD =?)
The guy wires AB and AC are attached to the top of the transmission tower. The tension in cable AB is 6.3 kN. Determine the required tension Tin cable AC such that the net effect of the two cables is a downward force at point A. Determine the magnitude R of this downward force. Assume a = 46 m, b = 56 m, c = 28 m, and d = 37 m. A B Answers: T= R= i H a b kN kN
The bent bar as shown below is supported by a cable AE, a ball-and-socke joint at O, and a journal (slider) bearing at D. At the journal bearing D, the mome support reactions and the force support reaction along y-axis are zero. The 2-kip force and the 6 kip-ft couple-moment are parallel to z-axis and applied at point B Determine the tension in the cable AE and the support reactions at O and D. A 4 ft X MEST Z 6 kip-ft 2 ft B 2ft 2 kips 3 ft [ 1 kip = Lo = 1000 lb. 1 E 14 ft y