An infinite solid conducting cylinder is placed along z-axis. Find the net force on "north- ern" (y > 0) half of the cylinder per unit length. The radius of the cylinder is R, the current density is J. Note the direction of the force. Do halves of the cylinder repel or attract? Useful representation of cylindrical system unit vectors in Cartesian form:
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- solve for all the currents and electrical potential by using Kirchhoffs lawsConsider an infinite straight wire of radius R with current I.(a) Find A outside the wire.(b) Compute Del.A and Del x A outside the wire.(c) Find A inside the wire.A uniform bar has mass 0.0160 kg and is 30.0 cm long It pivots without friction about an axis perpendicular to the bar at point a in (Figure 1) The gravitational force on the bar acts in the-ydirection. The bar is in a uniform magnetic field that is directed into the page and has magnitude 0 200 B Part A Calculate the torque on the bar due to gravitation when it is at an angle 60 0 above the horizontal? Va Alo Submit Request Answer v Part B Figure 1 of 1 when it is at an angic 60.0 above What must bo tho qurront I n the bar for thc bar to ba in rotatio honzonta Express your answer with the appropriate units. Submit
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