Consider the length of the boat as the x-axis with the origin at its left end. The positions of the persons are xa= 1.0 m, xb= 2.5 m, xc= 3.0 m. According to the problem, the three persons almost have the same mass: Ma=Mb=Mc=M, where is the center of the mass in the boat? -L from m.3а-dieNAS.2m and(b) Before the masses are released, the center of mass is at rest. After the masses are released,there are no external forces acting on the center of mass, and therefore the momentum of thecenter of mass does not change, remaining at rest while the two masses oscillate about it. Italso follows that the momentum of block m is equal and opposite to block 2m at all timesduring the oscillation of the masses.Big IdeaWhat you consider to be the center of vour life tells where your concentration is directedat, which defines who you are.consthe phttpConVisitconshttphttphttphttpWhat Have I Learned So Far?persons are XA= 1.0 m, XB= 2.5 m, xc= 3.0 m. According to the problem, the three personsalmost have the same mass: Ma= MR= M.= M, where is the center of the mass in the boat?Consider the length of the boat as the x-axis with the origin at its left end. The positions of theА. СconSolution:bodB.Wr1. L16

Name: Consider the length of the boat as the x-axis with the origin at its l
Uploaded: 2024-03-20T06:57:37.000Z
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Description: Consider the length of the boat as the x-axis with the origin at its left end. The positions of the persons are xa= 1.0 m, xb= 2.5 m, xc= 3.0 m. According to the problem, the three persons almost have the same mass: Ma=Mb=Mc=M, where is the center of