Answered: Q2: The square steel plate has a mass…

Q2: The square steel plate has a mass of 1800 Kg with mass center at its center G. calculate the tension in each of the three cables with which the plate is lifted while remaining horizontal.

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) An artist designs an oval mobile that is supposed to hang horizontal as shown. If the weights at both A and B are each 8 kN, what is the tension at C and the counterweight force at D? You may neglect the weight of the oval. 2 m 1 m 2 m
Group A Ql- The uniform bar (AB) with end rollers has a weight of (294.3 N) and is supported by the horizontal and vertical surfaces and by the wire (AC). Calculate the tension (T) in the wire and the reactions against the rollers at A and B. o.6m 1.2m 1.6m Q2- Determine the magnitude and position of the resultant of the four parallel forces acting on the rocker arm of the figure. 50N 40N 20N 2- 3m Q3- Determine the reactions for the beam shown in the figure. 300 N Ho0 N l00 N/m om t 8m R2
Q2: The pendulum consists of a 15 kg sphere and a thin bar of 5 kg. Calculate the reaction on pin O just after the rope is cut. B 0,3 m 0.6 m to
A crane boom is supported as shown. The boom has a mass of 660 kg and the box on the end of the cable has a mass of 98 x 10 kg. Assume that the center of mass for the boom is half way along its 15 meter length. Calculate the tension in the upper (diagonal) cable required to support the crane in equilibrium. The cable angle with the ground is 45 degrees and the boom angle with the ground is 60 degrees.
A basketball player weighing 200 lb hangs on the rim of the basketball hoop shown below. The vertical post ABCD is fixed at support D and weighs 100 lb with its center of gravity at point C. The backboard hoop assembly weighs 60 lb with its and its center of gravity is located at point G. Determine the support reactions at D and forces acting at pins E and F. Neglect the weights of members AE, IF, and IJ.
find the force in each tinder (ring) and determine if it is in tension or compression using the node method
4 m 30 30 kg 3/14: To facilitate shifting the position of a lifting hook when it is not under load, the sliding hanger shown is used. The projections at A and B engage the flanges of a box beam when a load is supported, and the hook projects through a horizontal slot in the beam. Compute the forces at A and B when the hook supports a 300-kg mass. Ans. A = 4.9 kN, B = 1.9 kN 400 600 mm mm e reactions at 300 kg
Determine the force in the hydraulic cylinder EF that would maintain the parallelogram mechanism in the position shown.
3. A 550 kg drawbridge has a hinge at one end and a cable attached to the other. It is stuck in a position where it makes an angle of 30° with the vertical. The cable pulling on the far end of the bridge is horizontal. Find the tension in the cable as well as the vertical and horizontal components of force from the hinge.
Find the magnitude and nature of the forces in members AC, AD, DB, CE, CF and FD by section method.
Show complet solution and clear hand writing with free body diagram The 100-kg homogeneous smooth sphere rests on the 30 degrees incline A and bears against the smooth vertical wall B. Calculate the contact forces at A and B.
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