4) The book in the figure has the same shape as your physics textbook. About which axis is the rotational inertia (a) the largest; (b) the smallest? You must justify your answer.
4) The book in the figure has the same shape as your physics textbook. About which axis is the rotational inertia (a) the largest; (b) the smallest? You must justify your answer.
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4) The book in the figure has the same shape as your physics textbook. About which axis is the rotational inertia (a) the largest; (b) the smallest? You must justify your answer. See the picture that's for you could apply existing formula’s. For part A and B could you derive and see the actual inertial using integral but not nessary for this simple question unless it is asked to
Transcribed Image Text:**Question 4:**
The book in the figure has the same shape as your physics textbook. About which axis is the rotational inertia (a) the largest; (b) the smallest? *You must justify your answer.*
**Diagram Explanation:**
The diagram shows a rectangular book with three axes labeled A, B, and C:
- Axis A: Runs through the center along the width of the book.
- Axis B: Runs through the center along the length of the book.
- Axis C: Runs vertically through the center, perpendicular to the cover.
The question asks you to determine which axis has the largest and smallest rotational inertia, providing a reason for your answer.
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