The picture above shows three hanging masses and a plumb bomb, adjusted so that the net...

  

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The picture above shows three hanging masses and a plumb bomb, adjusted so that the net force on the plumb bob is zero (i.e. the system is balanced). Supose one of the uprights is placed at the 61° position on the force table. The protractor is held up to the string that leads to the pulley for this mass, and the angle the string makes to the horizontal is measured to be 330. The mass loaded on to the mass hanger that is attached to this string totals 24 g, and the mass hanger itself has a mass of 50 g. What is the z component of the force, in N, produced by this mass on the plumb bob? Use the diagram and equations in figure. of your lab manual. You can see from the diagram that is the angle of the position of the upright on the table and is the angle the string makes with the horizontal. The picture above shows three hanging masses and a plumb bomb, adjusted so that the net force on the plumb bob is zero (i.e. the system is balanced). Supose one of the uprights is placed at the 61° position on the force table. The protractor is held up to the string that leads to the pulley for this mass, and the angle the string makes to the horizontal is measured to be 330. The mass loaded on to the mass hanger that is attached to this string totals 24 g, and the mass hanger itself has a mass of 50 g. What is the z component of the force, in N, produced by this mass on the plumb bob? Use the diagram and equations in figure. of your lab manual. You can see from the diagram that is the angle of the position of the upright on the table and is the angle the string makes with the horizontal.