5.34 through 5.36 Determine by direct integration the centroid of the area shown. Express your answer in terms of a and h. y ykat Fig. P5.34 Fig. PS.35 Fig. PS.36

Determine the centroid of the given figure. 120 mm 60 mm 40 mm 80 mm 60 mm O x = 55.45 mm and y = 35.65 mm %3D O x = 53.70 mm and y = 37.70 mm O x = 56.83 mm and y = 37.62 mm O x = = 54.10 mm and y = 36.30 mm O x = 53.56 mm and y = 35.63 mm O x = 56.80 mm and y = 37.10 mm O x = 55.76 mm and y = 36.65 mm O x = 54.80 mm and y = 36.60 mm

A cable is connected to an L shaped arm OAB as shown. The magnitude off the tensile force on the cable is given as T = 2500 and angle between the segment AB of the L- shaped arm and cable = 91.229 degrees. ( use the vector approach ) A) determine the components of the tensile force on the cable which are parallel and perpendicular to segment AB of the L-shaped arm

C 104 in 4 417 in4 1670 in 4 223 in4 b x' h If b = 10 in and h = 5 in, what is Ix'. The x'-y' axes are located at the centroid of the rectangle.