Determine the magnetic flux through the center leg in the geometry shown below. The structure is assumed to have a square cross section of area 100m2, a core with relative permeability 1000, and dimensions 1₁=1cm, 12=3cm and 13=2cm 10mA 2000 turns ↑ 1mm 12 13

Problem#3: Magnetism Consider a rectangular loop with dimensions 20.00cm x 35.00cm is placed in a region with uniform magnetic field B = 1.2 T î. The loop is hinged along side ab and carries a clockwise 5.00 A current as shown in the figure. Note: Express all your answers in unit vectors. a.) Find magnitude and direction of the magnetic force in Newton on the rectangular loop. b.) Find the magnetic moment. c.) Find the net torque experience by the rectangular loop.

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Find the magnitude and direction of the magnetic field at point A. Tips on next page. Keep/truncate to 4 sig figs on each step. X= 1.0cm I=2.0A × 1=2.0A 1=2.0A

Consider a cube with edge length L immersed in a uniform electric field E along the x-direction as shown in the figure below. Calculate the electric flux through each surface and find the net electric flux through the cube.

Choose the right Free Body Diagram representation for the Ring shown Select one: A H = 0.15 Hk = 0.12 20° 6" В Hy = 0.15 ek =0.12 20° C 6" H = 0.15 Wk = 0.12 20° 6" Hs = 0.15 Hk= 0.12 20°

An ideal radiator is spherical shaped and has a temperature of 1000C and a radius of 1cm. Solve for the heat lost to radiation if the surrounding area is at 100C

Find the center of mass of a thin, bent wire in a semicircle, as shown in the figure dl = a de =a sin e

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Find the magnetic field at the center of a circular current carrying wire loop positioned in the xy plane. The radius of the loop is R, the current is counterclockwise. The magnitude of the magnetic field is ....Orl = 8 Use multiplication sign *. The magnetic field points in the . .direction. Answer 1: (You left this blank) Answer 2: (You left this blank)