An approximately ideal solenoid has a radius of 0.01 m, 500 turns of wire, and a...

 

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An approximately ideal solenoid has a radius of 0.01 m, 500 turns of wire, and a length of 0.5 m. (The permeability of free space is o = 4X10-7. 1.26 106 Tm/A.) Tm A 13) Estimate the self-inductance of the solenoid assuming the field is uniform within it. In this calculation, you should neglect the fringing field effects at the ends of the solenoid. 14) An AC voltage source of Vmax = 1.0V and frequency 60.0 Hz is applied across the solenoid. What is the approximate average power dissipated by the solenoid? 15) What is the approximate magnetic field inside the solenoid if a constant 1.0 A flows through its wire? 16) By approximately how much would the magnetic field within the solenoid change if only its radius were doubled, while keeping the number of turns, length, and applied current fixed to their original values? An approximately ideal solenoid has a radius of 0.01 m, 500 turns of wire, and a length of 0.5 m. (The permeability of free space is o = 4X10-7. 1.26 106 Tm/A.) Tm A 13) Estimate the self-inductance of the solenoid assuming the field is uniform within it. In this calculation, you should neglect the fringing field effects at the ends of the solenoid. 14) An AC voltage source of Vmax = 1.0V and frequency 60.0 Hz is applied across the solenoid. What is the approximate average power dissipated by the solenoid? 15) What is the approximate magnetic field inside the solenoid if a constant 1.0 A flows through its wire? 16) By approximately how much would the magnetic field within the solenoid change if only its radius were doubled, while keeping the number of turns, length, and applied current fixed to their original values?