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The cone shown in the figure has a height h and a base radius P. The bulk density inside the cone depends on the distance from the z-axis as Y=A*r^3. Find the moment of inertia of this cone with respect to the E-axis parallel to the z-axis and at a distance d. Give your answer in terms of (R, h, d, M). (M here is the total mass of the cone) At the end of this problem, you will need to use the Parallel Axis Theorem. Hint is given in the 2.figure

The cone shown in the figure has a height h and a base radius P. The bulk density inside the cone depends on the distance from the z-axis as Y=A*r^3. Find the moment of inertia of this cone with respect to the E-axis parallel to the z-axis and at a distance d. Give your answer in terms of (R, h, d, M). (M here is the total mass of the cone) At the end of this problem, you will need to use the Parallel Axis Theorem. Hint is given in the 2.figure

Elements Of Electromagnetics
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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The cone shown in the figure has a height h and a base radius P. The bulk density inside the cone depends on the distance from the z-axis as Y=A*r^3.

Find the moment of inertia of this cone with respect to the E-axis parallel to the z-axis and at a distance d.
Give your answer in terms of (R, h, d, M). (M here is the total mass of the cone)
At the end of this problem, you will need to use the Parallel Axis Theorem.

Hint is given in the 2.figure

 

(E) (N
Transcribed Image Text:(E) (N
1E R- V-AP 1- anr drdzA r? 2=0 r 0 R- T2~A 1de zdr 2. Md T.
Transcribed Image Text:1E R- V-AP 1- anr drdzA r? 2=0 r 0 R- T2~A 1de zdr 2. Md T.
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