The drawing shows a wine rack for a single bottle of wine that seems to defy common sense as it balances on a tabletop. Where is the center of gravity of the combined wine rack and bottle of wine located? Wine rack Rack is not attached to the tabletop. At the neck of the bottle where it passes through the wine rack O Directly above the point where the wine rack touches the tabletop O At a location to the right of where the wine rack touches the tabletop

Principles of Physics: A Calculus-Based Text
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Chapter10: Rotational Motion
Section: Chapter Questions
Problem 6OQ: Consider an object on a rotating disk a distance r from its center, held in place on the disk by...
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The drawing shows a wine rack for a single bottle of wine that seems to defy common sense as it balances on a tabletop. Where is the
center of gravity of the combined wine rack and bottle of wine located?
Wine rack
Rack is not
attached to
the tabletop.
At the neck of the bottle where it passes through the wine rack
O Directly above the point where the wine rack touches the tabletop
O At a location to the right of where the wine rack touches the tabletop
Transcribed Image Text:The drawing shows a wine rack for a single bottle of wine that seems to defy common sense as it balances on a tabletop. Where is the center of gravity of the combined wine rack and bottle of wine located? Wine rack Rack is not attached to the tabletop. At the neck of the bottle where it passes through the wine rack O Directly above the point where the wine rack touches the tabletop O At a location to the right of where the wine rack touches the tabletop
Three forces (magnitudes either For 2F) act on each of the thin, square sheets shown in the drawing. In parts A and B of the drawing,
the force labeled 2 Facts at the center of the sheet. When considering angular acceleration, use an axis of rotation that is
perpendicular to the plane of a sheet at its center. Determine in which drawing (a) the translational acceleration is equal to zero, but
the angular acceleration is not equal to zero; (b) the translational acceleration is not equal to zero, but the angular acceleration is equal
to zero; and (c) both the translational and angular accelerations are zero.
F 2F F
F
wyb
2F
B
A
O (a) part B (b) part C (c) part A
O (a) part C (b) part A (c) part B
O (a) part A (b) part B (c) part C
O (a) part A (b) part C (c) part B
Transcribed Image Text:Three forces (magnitudes either For 2F) act on each of the thin, square sheets shown in the drawing. In parts A and B of the drawing, the force labeled 2 Facts at the center of the sheet. When considering angular acceleration, use an axis of rotation that is perpendicular to the plane of a sheet at its center. Determine in which drawing (a) the translational acceleration is equal to zero, but the angular acceleration is not equal to zero; (b) the translational acceleration is not equal to zero, but the angular acceleration is equal to zero; and (c) both the translational and angular accelerations are zero. F 2F F F wyb 2F B A O (a) part B (b) part C (c) part A O (a) part C (b) part A (c) part B O (a) part A (b) part B (c) part C O (a) part A (b) part C (c) part B
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hello tutor. i dont get the answer at 2nd question. what is the choice then 

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