mass (m;)(kgs)Volume (V;)X; m;(mm * kgs)Region(mm^3)(mm)I Solid ConeII Solid CylinderIII Solid Half-SphereΣTotalRegion I: Solid Cone: plastic, density, p=0.00000103 kg / mm^3Region II: Solid Cylinder: steel, density, p= 0.00000786 kg / mm ^3Region III: Solid Half-Sphere: density, p = 0.00000847 kg / mm ^3X (mm) =Y (mm) =Z (mm) =Total Weight, W (Newtons) = The object of the figure is comprised of three different materials, and should be divided into three sub-volumes or regions, using materials and material densities (p) as follows:Region I: Solid Cone: plastic, density, p=0.00000103 kg / mm ^ 3Region II: Solid Cylinder: steel, density, p=0.00000786 kg / mm^3Region III: Solid Half-Sphere: brass, density, p= 0.00000847 kg / mm ^3The dimensions of the figure are given in mm.Part A: Complete all the entries of the attached table, in the units given. The results must be entered inthe spaces provided. If the sign (+ or -) is negative, it must be clearly included in the result.Part B: Compute the "X" coordinate of the center-of-mass with respect to the coordinate system of thefigure. The results must be entered in the space where indicated, on the attached sheet, below the table.Part C: Compute the "Y" and "Z° coordinates of the center-of-mass with respect to the coordinatesystem of the figure. The results must be entered in the spaces where indicated, on the attached sheet.Part D: Compute the total Weight, W, in Newtons, and enter the result in the space where indicated onthe attached sheet, below the table. (acceleration of gravity, g=9.81 m/ sec ^2 ).30 mm-80 mm- ----- 60 mm-30 mm-18

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Answered: The object of the figure is comprised…

The object of the figure is comprised of three different materials, and should be divided into three sub- volumes or regions, using materials and material densities (p) as follows:

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

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