SOLVE FOR THE FOLLOWING AND DON'T USE SHORCUTS USE THE SAME PROCESS ON THE SAMPLE PROBLEM BEING PROVIDED. A set of weights were hung onto a meter stick whereone of them has a mass of 100 g located right on theedge of the meter stick, another one with a mass of80 g on the other edge, and another one with a massof 150 g placed 15 cm from the 100 g weight. Findthe center of mass of the meter stick with its hangingweights. Solution0.59m(m, d1) + (m2 d2)r =0.7kg1.2 kgGravitationalcenter is aroundherem1 + m2(0.7 kg x 0 m) + (1.2 kg × 0.59 m)r =0.7 kg + 1.2 kgr = 0.37 mSample Problem• Find the center of mass on a rodwith 3 mass points.0.85m0.39m0.2kg0.5kg0.4kgSolution0.85m0.39m0.2kg(m, d1) + (m2 d2) + (m3 dz)r 3=0.5kg0.4kgmị + m2 + m3Gravitational center is around here(0.5 kg x 0 m) + (0.2 kg x 0.39 m) + (0.4 kg x 0.85 m)r =0.5 kg + 0.2 kg + 0.4 kgr = 0.38 m

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A set of weights were hung onto a meter stick where one of them has a mass of 100 g located right on the edge of the meter stick, another one with a mass of 80 g on the other edge, and another one with a mass of 150 g placed 15 cm from the 100 g weight. Find the center of mass of the meter stick with its hanging

A set of weights were hung onto a meter stick where one of them has a mass of 100 g located right on the edge of the meter stick, another one with a mass of 80 g on the other edge, and another one with a mass of 150 g placed 15 cm from the 100 g weight. Find the center of mass of the meter stick with its hanging

Principles of Physics: A Calculus-Based Text

5th Edition

ISBN:9781133104261

Author:Raymond A. Serway, John W. Jewett

Publisher:Raymond A. Serway, John W. Jewett

Chapter8: Momentum And Collisions

Section: Chapter Questions

Problem 4P

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