A 12.5 cm tall soft drink can has a mass of 16.9 g and contains 364 g of soda when full. Assuming the can is symmetric, its center of mass is obviously 6.25 cm above its base when full and when empty. (a) Where is its center of mass (in cm) when half full? cm above the base (b) Where is its center of mass (in cm) when one-tenth full? cm above the base

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Chapter1: Units, Trigonometry. And Vectors
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A 12.5 cm tall soft drink can has a mass of 16.9 g and contains 364 g of soda when full. Assuming the can is symmetric, its center of mass is obviously 6.25 cm above its base when full
and when empty.
(a) Where is its center of mass (in cm) when half full?
cm above the base
(b) Where is its center of mass (in cm) when one-tenth full?
cm above the base
Transcribed Image Text:A 12.5 cm tall soft drink can has a mass of 16.9 g and contains 364 g of soda when full. Assuming the can is symmetric, its center of mass is obviously 6.25 cm above its base when full and when empty. (a) Where is its center of mass (in cm) when half full? cm above the base (b) Where is its center of mass (in cm) when one-tenth full? cm above the base
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