The homogeneous bar shown in Fig. P-106 is supported by a smooth pin at C and a cable that runs from A to B around the smooth peg at D. Find the stress in the cable if the bar weighs 19000 lb. Area= 19 sq.in. Bar Length=10meters Solve this: #1. 1. Solve the reaction @ A #1. 2. Find the horizontal reaction @ C #1. 3Solve the angle between the cable and the bar @ A #1. 4 Find the Reaction @D #1. 5 Determine the angle of resultant at D with respect to the horizontal bar. #1. 6 Determine the stress develop in the cable caused by the homogeneous bar.

x = A cylindrical rod is made of three segments and is subjected to axial loads as indicated in the figure. The diameters of the segments are : 0.5 in, y = 1 in, and z = 0.5 in. Find the average normal stress at points A, B, and C. Remember that the sign convention is tension positive, and compression is negative. 3 kip A 9 kip у Z BY NO SA B 2021 Cathy Zuple C 8 kip 2 kip The average normal stress at A is σ A = The average normal stress at B is σ = The average normal stress at C is σc = ksi. ksi. ksi.

Parvinbhai

A picture frame is hung using the ropes 3 mm in diameter as shown in the figure. The maximum stress in the rope is not to exceed 900 kPa. What is the maximum weight of the frame that can be hung? Assume 0-20°.

PLEASE EXPLAIN

Hey please help me here 1) calculate the magnitude of the force at the smooth surface support at A in Newtons. 2) calculate the magnitude of the vertical and horizontal components of the reaction force at the pin connection C in Newtons.

The figure shown below

A brass pipe has an internal diameter of 400mm and a metal thickness of 6mm. A single layer of high tensile wire of diameter 3mm is wound closely around it at a tension of 500N. Find the stress in the pipe when there is no internal pressure. (b) the maximum permissible internal pressure in the pipe if the working tensile stress in the brass is 60MN/m^2. (c)) The stress in the steel wire under condition b. Treat the pipe as thin cylinder and neglect longitudinal stresses and strains. Young mudulus of steel=200GN/m^2 and for brass =100GN/m^2

I am struggling with this question

I am struggling with this question