The smooth disk shown below is pinned at D and has a weight of 20 lb. Neglecting theweights of the other members, determine the reaction at C and reaction between thedisk and the member AB.Select correct answers.3.5 ft3 ftSelect 2 corect answer(s)A) Reaction at C = 18.5 IbB) Reaction between the disk and member AB = 34.2 lbC) Reaction at C = 20.0 IbD) Reaction between the disk and member AB = 40 lbE) Reaction at C = 16.8 lbF) Reaction at C = 17.5 lbG Reaction between the disk and member AB = 20 lbLH) Reaction between the disk and member AB = 28 lb

For the given system weight of the disk (W) = 20 lb To determine Reaction at C and reaction…

The smooth disk shown below is pinned at D and has a weight of 20 lb. Neglecting the weights of the other members, determine the reaction at C and reaction between the disk and the member AB. Select correct answers. 3.5 ft 3 ft Select 2 correct answer(s) UA) Reaction at C = 18.5 lb B) Reaction between the disk and member AB = 34.2 lb ) Reaction at C = 20.0 lb D) Reaction between the disk and member AB = 40 lb E) Reaction at C = 16.8 lb F) Reaction at C = 17.5 lb G) Reaction between the disk and member AB = 20 lb H) Reaction between the disk and member AB = 28 lb

The smooth disk shown below is pinned at D and has a weight of 20 lb. Neglecting the weights of the other members, determine the reaction at C and reaction between the disk and the member AB. Select correct answers. 3.5 ft 3 ft Select 2 correct answer(s) UA) Reaction at C = 18.5 lb B) Reaction between the disk and member AB = 34.2 lb ) Reaction at C = 20.0 lb D) Reaction between the disk and member AB = 40 lb E) Reaction at C = 16.8 lb F) Reaction at C = 17.5 lb G) Reaction between the disk and member AB = 20 lb H) Reaction between the disk and member AB = 28 lb

International Edition---engineering Mechanics: Statics, 4th Edition

4th Edition

ISBN:9781305501607

Author:Andrew Pytel And Jaan Kiusalaas

Publisher:Andrew Pytel And Jaan Kiusalaas

Chapter10: Virtual Work And Potential Energy

Section: Chapter Questions

Problem 10.62P: The bar ABC is supported by three identical, ideal springs. Note that the springs are always...

See similar textbooks

Similar questions

P1=215 N P2=325 N P3=150 N L1=3m L2=4m 1. Draw a "free body diagram". The diagram should be for members BE, BF, CF, and DF to help solve. 2. What is the force on members CF, BF, BE? Is each of these members having tension or compression?
A smooth inclined plane has a gradient of 1 in 6. Calculate the mass of a body that can be held in equilibrium on the plane by a force of 80 N when the force acts: (a) parallel to the plane answer M=49.62kg (b) horizontally answer M=48.94 kg (c) at an angle of the 20° with the plane. answer M=46.62kg
The Cylinder weighs 1000 kg, rest on an plane which is inclined at 34° from the horizontal. The normal force acting on a plane to the cylinder is 10 KN. Assume smooth surface, the cylinder leaned to a vertical rod of 8m long and has a weight of 5 KN which was supported by a cable and a hinged (as shown). Find the tensile force of the cable holding the rod and the reactions of hinged to support the cylinder from sliding.
The pulley system below is in static equilibrium, where load W3 is 730 N, angle α = 50O and angle θ = 30O. Determine the value of loads W1 and W2, then calculate the ratio of (W1/W2). Give your answer as a ratio of (W1/W2) to two decimal places.
PLEASE ANSWER IN COMPLETE AND CLEAR SOLUTIONS. INCLUDE NECESSARY FREE-BODY DIAGRAMS. A 6-m long ladder has a mass of 16 kg, and its center of gravity is 2.4 m from the bottom along the ladder. The ladder is resting on a 5° upward sloping floor at A and on a wall inclined to the right at 5° from the vertical at B, so that it makes an angle of 60° with the horizontal. How far up along the ladder can a 77-kg man climb before the ladder is on the verge of slipping? The angle of friction at all contact surfaces is 15°. Also determine the total reaction at A and B in Newton. Note: Point A is at the left of point B.
1. A museum of modern art is displaying an irregular 426-N sculpture by hanging it from two thin vertical wires, A and B, that are 1.25 m apart. The center of gravity of this piece of art is 48.0 cm from its extreme right tip. a). Find the tension in each wire. Show the step by step and complete solution. Draw also the complete FBD (as seen in the figure).
A block of wood having a volume of 0.034 m3 and weighing 300 N is suspended in seawater as shown. A wooden rod of length 3.4 m and cross-section of 2000 mm2 is attached to the weight and also to the wall. If the rod weighs 16 N, determine the angle θ for equilibrium.
1 Answer with complete solution. Include free body diagram
Given the problem: In the frame, shown, members 'ACE' and 'BCD' are connected by a pin at 'C' and by the link 'DE'. For the loading shown, determine this: The vertical component at ‘C’ on member ‘BCD’ in N. The total force exerted at ‘C’ on member ‘BCD’ in N. Round off final answer in 4 decimal places. Thank you.
For the figure shown determine the reactions at supports A and B, where m1 = 80Kg, and m2 =230 Kg
The forklift supports the engine. Determine the force that generates this load on element DB. Write your answer in Newtons. Consider Engine mass = 114 kg a = 1.47 m b = 1.81 m
A 50 kg fisherman sits at the center of the boat rented in a private resort, which has a uniform width and a weight per linear foot of32 lb/ft, that will be used for island hoping in the area. The boat is 3 m long. Assume that the water exerts a uniform distributed load upward on the bottom of the boat. a) What is the applied load (lb) applied to the boat due to the weight of the fisherman? Round up to the next whole value. b) Using the applied load at Item a, what is the maximum shear force (lb) exerted on the boat?