The resistance of a conductor wire of length 26 meters is known to be R =...

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The resistance of a conductor wire of length 26 meters is known to be R = 100ohm This wire is bent into a right trapezoid and made into a closed frame as shown in the figure. The frame is kept parallel to the xyy plane (the normal of the surface inside the frame is in the z direction). B = 10-5 cos (106pi*t) a* If z is inserted into the magnetic flux density, determine the voltage that will be induced at the ends of the frame and the current that will flow through it. (Note: Choose the upper and lower base (a, b), side length (c) and height (h) of the trapezoid yourself so that the circumference of the trapezoid is 26 meters (a + b + c + h = 26).) (0-> az) h b O Baz a C The resistance of a conductor wire of length 26 meters is known to be R = 100ohm This wire is bent into a right trapezoid and made into a closed frame as shown in the figure. The frame is kept parallel to the xyy plane (the normal of the surface inside the frame is in the z direction). B = 10-5 cos (106pi*t) a* If z is inserted into the magnetic flux density, determine the voltage that will be induced at the ends of the frame and the current that will flow through it. (Note: Choose the upper and lower base (a, b), side length (c) and height (h) of the trapezoid yourself so that the circumference of the trapezoid is 26 meters (a + b + c + h = 26).) (0-> az) h b O Baz a C

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