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4 of 6 at type of motor is this? 13. Which material would have a negative magnetic susceptibility a Diamagnetic b. Ferromagnetic Paramagnetic 14. Consider a conductive ring moving from left to right. At what position would he ting have a dockwise current? is. Consider a conductive ring moving from len to right. At what position would the ring have a counter-clockwise current? B с 16. When the magnetic field is 4,0T, what is the magnetic flux through the rectangular coll? 17. Initially, the magnetic field increases from zero in a rectangular conducting loop as shown below. What is the EMF induced in this rectangular foop of were as the magnetic field changes at a constant rate?
17. Initially, the magnetic field increases from zero in a rectangular conducting loop as shown below. What is the EMF induced in this rectangular loop of wire as the magnetic field changes at a constant rate? 18. What direction does the current flow in the loop shown below? x X x X 4.0T x x x X x x X 0.20 m * x X X X X 0.50 m * 5.05 19. What is the resonance frequency of the RLC circuit 20. Calculate the capacitive reactance of the AC circuit at the frequency of the AC source 21. Calculate the impedance of the AC circuit at the frequency of the AC source 22. What is the maximum current in this circuit? R = 500 L = 1.6 x 10-3H C = 4.0 x 10-5 F R L с V = V, sin(wt) V V = 200 V f = 500 Hz w = 3140 Hz 23. If the input voltage is 120 V in the primary coil of the transformer what is the output voltage in the secondary coil?
23. If the input voltage is 120 V in the primary call of the transformer what is the output voltage in the secondary coll? 24. What is the output current of the secondary coil if this is an ideal transformer? PRIMARY COIL SECONDARY COIL V = 120 V 1 = 6.0 A PRONETIC RUK N = 24 N=6 25. What is the wavelength of an electromagnetic wave with a frequency of 100 THz (10Hz)