Forces which are identical in terms of magnitude are are applied to three different locations on a regular hexagon that is initially at rest and not rotating. How will the hexagon rotate and in what direction will the hexagon's center of mass accelerate as a result of the action of these three forces? Select TWO answers. a. Rotation = counterclockwise b. Acceleration = Down-Right c. Acceleration = Right d. Rotation = clockwise

College Physics
11th Edition
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Author:Raymond A. Serway, Chris Vuille
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Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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Forces which are identical in terms of magnitude are are applied to three different locations on a regular hexagon that is initially at rest and not rotating. How will the hexagon rotate and in what direction will the hexagon's center of mass accelerate as a result of the action of these three forces?  Select TWO answers.
 
Forces which are identical in terms of magnitude
are are applied to three different locations on a
regular hexagon that is initially at rest and not
rotating. How will the hexagon rotate and in what
direction will the hexagon's center of mass
accelerate as a result of the action of these three
forces? Select TWO answers.
O a. Rotation = counterclockwise
b. Acceleration = Down-Right
c. Acceleration = Right
d. Rotation
clockwise
%3D
Transcribed Image Text:Forces which are identical in terms of magnitude are are applied to three different locations on a regular hexagon that is initially at rest and not rotating. How will the hexagon rotate and in what direction will the hexagon's center of mass accelerate as a result of the action of these three forces? Select TWO answers. O a. Rotation = counterclockwise b. Acceleration = Down-Right c. Acceleration = Right d. Rotation clockwise %3D
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