The center of mass, (x, y, z), of n particles can be calculated by: 1=n mixi...

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The center of mass, (x, y, z), of n particles can be calculated by: 1=n mixi i=1 x i=n i=n mi i=1 where x, yi, and Zi and m; are the coordinates Emi i=1 1=n miyi i=1 A B C D E F y=. i=n mi i=1 0.2 1.1 0.4 0.9 1=n mizi i=1 Mass (kg) 0.5 0.8 Coordinate x (mm) -10 -18 -7 5 0 25 E x OD and the mass of particle i, respectively. The coordinates and mass of six par- ticles are listed in the following table. Calculate the center of mass of the particles. Particle N A B C Coordinate y Coordinate z (mm) (mm) 8 32 6 19 11 2 12 -9 -8 -6 -20 8 The center of mass, (x, y, z), of n particles can be calculated by: 1=n mixi i=1 x i=n i=n mi i=1 where x, yi, and Zi and m; are the coordinates Emi i=1 1=n miyi i=1 A B C D E F y=. i=n mi i=1 0.2 1.1 0.4 0.9 1=n mizi i=1 Mass (kg) 0.5 0.8 Coordinate x (mm) -10 -18 -7 5 0 25 E x OD and the mass of particle i, respectively. The coordinates and mass of six par- ticles are listed in the following table. Calculate the center of mass of the particles. Particle N A B C Coordinate y Coordinate z (mm) (mm) 8 32 6 19 11 2 12 -9 -8 -6 -20 8

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To calculate the center of mass of the particles we will use the formulas provided in the question H... View the full answer