(Solved): Two masses are suspensed from a puley as shown in the figure (Figure 1). The pulley issit has a ma ...

Two masses are suspensed from a puley as shown in the figure (Figure 1). The pulley issit has a mass of $$0.20$$ $$\mathrm{kg}$$. a radius of $$0.20\mathrm{m}$$, and a constant forque of $$0.35$$ $$\mathrm{m}$$. N due to the triction between the rotating pulley and its arde. the mass of the sting? Figure Express your answer using two aignificant figures. Two masses ave sessended trom a puley as shown in the ligure (firere 1). The puliey isoil has a mass of $$0.20$$ Part A ki, a radius of $$0.20\mathrm{m}$$, and a constant torque of $$0.35$$ $$\mathrm{m}$$ - N due to the tretion between the retating pulloy and th axio What is the megntude of the accelaration of the suspended masses it $$m_y=0.40\mathrm{kg}$$ and $$m_z=0.89\mathrm{kg}$$ ? Nigginct the mass of the atring? Figure Express yout answer using two slgniticant figures.