When you change the mass or the radius of the free mass, you make the same change to the fixed mass because (a) the fixed mass and free mass contribute equally to the centripetal force. (b) the fixed mass contributes less than the free mass to the centripetal force, but it is still important. (c) the noise in the measurements will be larger due to vibration if the fixed and free masses are not balanced. (d) the device will not rotate if the fixed and free masses are not balanced.

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Chapter1: Units, Trigonometry. And Vectors
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7. When you change the mass or the radius of the free mass, you make the same change to the
fixed mass because
(a) the fixed mass and free mass contribute equally to the centripetal force.
(b) the fixed mass contributes less than the free mass to the centripetal force, but it
is still important.
(c) the noise in the measurements will be larger due to vibration if the fixed and
free masses are not balanced.
(d) the device will not rotate if the fixed and free masses are not balanced.
Transcribed Image Text:7. When you change the mass or the radius of the free mass, you make the same change to the fixed mass because (a) the fixed mass and free mass contribute equally to the centripetal force. (b) the fixed mass contributes less than the free mass to the centripetal force, but it is still important. (c) the noise in the measurements will be larger due to vibration if the fixed and free masses are not balanced. (d) the device will not rotate if the fixed and free masses are not balanced.
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