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QUESTION 1. In the figure, when the conductor placed between the magnet is turned from the outside, draw approximately the time-dependent change of the current passing through the lamp and write what can be done to increase the value of this current (specify the laws and equations you use). mechanical energy A) . Find the magnetic flux density at the 'z' distance from the infinite linear wire carrying the current I by Biot-Savart law. B) . For a soft material and a hard material on the same figure, draw the relationship between magnetic field intensity and magnetic flux density and show the important points on the figure. C ) . Explain which law complies with the differential and integral forms of the basic postulates of magnetostatics in empty space. D) . What is the physical significance of the continuity equation? Demonstrate the necessary equations by obtaining Kirchhoff's Current Law for static electric currents.
SORU 1. mekanik enerji Şekilde maknatıs arasına yerleştirilen iletken dışardan döndürüldüğünde, lambadan geçen akımın zamana
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Sol its t - N dBA ict) wir -N doo at di number Current We increase can by increasing increase onagactic loop. in One of turns

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