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(A,C) (1),0) (K,0) (В. -с) What angle (in radians) should the axes be rotated which will result to the average moment of inertia for either x or y axes? Moment of Inertial about the Y-axis - 0.007 x 100 mmª. and Product of Inertia, ly 1.000 x 10° mm Use three (3) decimal places Answer in radians

(A,C) (1),0) (K,0) (В. -с) What angle (in radians) should the axes be rotated which will result to the average moment of inertia for either x or y axes? Moment of Inertial about the Y-axis - 0.007 x 100 mmª. and Product of Inertia, ly 1.000 x 10° mm Use three (3) decimal places Answer in radians

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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(A,C) (D,0) Fo (E,0) (В.-с) What angle (in radians) should the axes be rotated which will result to the average moment of inertia for either x or y axes? Moment of Inertial about the Y-axis = 0.867 x 10° mm* . and Product of Inertia, ly = 1.000 x 10° mm Use three (3) decimal places Answer in radians
Transcribed Image Text:(A,C) (D,0) Fo (E,0) (В.-с) What angle (in radians) should the axes be rotated which will result to the average moment of inertia for either x or y axes? Moment of Inertial about the Y-axis = 0.867 x 10° mm* . and Product of Inertia, ly = 1.000 x 10° mm Use three (3) decimal places Answer in radians
(A,C) (1),0) (E,0) (B,-C) Compute for the value of: Average Moment of Inertia Moment of Inertial about the Y-axis = 0.687 x 10° mm*. and Product of Inertia, lyy = 1.000 x 10° mm* Fill in the blanks x 10° mm*
Transcribed Image Text:(A,C) (1),0) (E,0) (B,-C) Compute for the value of: Average Moment of Inertia Moment of Inertial about the Y-axis = 0.687 x 10° mm*. and Product of Inertia, lyy = 1.000 x 10° mm* Fill in the blanks x 10° mm*
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