A small, electrostatically charged source sphere, Q1, rests on an…
Question Answered step-by-step A small, electrostatically charged source sphere, Q1, rests on an… A small, electrostatically charged source sphere, Q1, rests on an insulating (glass) pedestal, at a distance of l/2 from a vertical fiber. Another small, electrostatically charged test sphere, Q0, is attached to a massless, non-conductive horizontal rod of length l=10 cm. The horizontal rod is supported at its midpoint by a non-conductive fiber (solid circular cross section, diameter D=2 mm, shear modulus G=2.9 GPa, L=20 cm). A third non-charged sphere, Q2 is attached to the horizontal rod to maintain horizontal balance. The repulsive electrostatic force between Q1 and Q0 creates torsion in the fiber, which causes rotation of the horizontal rod to an angle ??, as indicated on the scale. Separation distance can be calculated from ??.Find the magnitude of the electrostatic force, F10, between Q1 and Q0 if ?? = ??/5. Hint: you will need to consider the torsional mechanics of the fiber. Engineering & Technology Mechanical Engineering MAE 535 Share QuestionEmailCopy link Comments (0)


