For the composite length shown below, determine the total length [units] given that X = 77,...
Question ) a) For the composite area shown, determine the position of the centroid, (x,y) options: a) none of these are correct. b) (0,0) c) (4.8, 2.6) m d) (9, 4.5) m e) (2.6, 4.8) m b) For the triangular shape shown, locate the horizontal position of the centroid, x. Question 17 options: a) b/2 b) h/2 c) 2h/3 d) h/3 e) b/3 c) For the triangular shape shown, locate the vertical position of the centroid, y. options: a) b/3...
Determine the total area enclosed by the points A, B, C, and D as shown in the figure below [units]^2. The coordinates of D are not at the position shown but are at x 6, y = 4 5 4 3 2 1 X 0 2 3 5 Answer: Determine the second moment of area about the x-axis enclosed by the points A, B, C and D [units]^4 Answer: Determine the second moment of area about the y-axis enclosed by...
Given that a-10 and b-9, find the centroid y-bar of the composite shape below. in. -X
Extra Credit (S points): For the composite area shown, determine the location of the centroid (x, y). 2 in 8 in in 4 in- -6 in -10 in-
3. For the following composite area shown below. Shaded regions have material while white regions are empty. Include proper units. a. Find the location of the centroid measured from the shown X and Y axes. b. Calculate the moment of inertia and radius of gyration about the indicated axes fYc centroidal Ixc=bh3/12 and lyc = hb3/12 h Xc b 4Yc centroidal Ixe = 1 r*/4 and Iyo = r4/4 Xc Kx = = TEM Ky = { 6" X- (5...
Determine the coordinates x, y, z of the centroid of volume of this composite machine element. Volume of sphere is r 125 125 85 85 mm mm mm mm 95 mm 95 mm 50 mm 60 mm 1-150 mm -200 mm
Question 2 Determine the coordinates x, y, z of the centroid of volume of this composite machine element. Volume of sphere is nr. 85 85 mm mm 125 mm 125 mm 95 mm 95 mm mm 50 mm 60 mm 150 mm ---200 mm
Question 2 Determine the coordinates x, y, z of the centroid of volume of this composite machine element. Volume of sphere is nr. 125 mm 150 mm
A composite bar is made from two materials (shown below), is subjected Complete the following. a) Provide a table showing material properties relevant to the problem (e.g. Young's Modulus etc.) b) Using information from above determine the force at the unyielding supports c) Determine the stress in each material d) Determine the displacement and final position of the common interface to a temperature increase of 120 °F Common interface 6 in2 2.4 in2 Unyielding support Steel (4140) Copper (C26800) Unyielding...
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The composite beam shown below is made of two solid cylinders connected by a vertical rectangular bar. Making use of the dimensions of the cross-sectional area of the composite beam shown on the figure and the tables attached below: 1. Determine the vertical position of the centroid C of the cross-sectional area from the bottom 35 mm 110 mm 15 mm - 50 mm