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A N = 807-turn solenoid with length, € = 36.6 cm, and diameter, d = 9 cm, is carrying a current, I = 19.8 A. SYMBOLIC INPUT. Use the given variables, N, P, d, and I, along with constants, as needed. (a) Write a symbolic expression for the self-inductance of the coil, then calculate its numeric value. L = (b) Write a symbolic expression for the total energy stored in the current-carrying inductor, then calculate its numeric value. Ug = (c) Write a symbolic expression for the energy density stored in the current-carrying inductor then calculate its numeric value. J/m³ UB mH (The "e" is on the keypad under symbols.) || ||

A N = 807-turn solenoid with length, € = 36.6 cm, and diameter, d = 9 cm, is carrying a current, I = 19.8 A. SYMBOLIC INPUT. Use the given variables, N, P, d, and I, along with constants, as needed. (a) Write a symbolic expression for the self-inductance of the coil, then calculate its numeric value. L = (b) Write a symbolic expression for the total energy stored in the current-carrying inductor, then calculate its numeric value. Ug = (c) Write a symbolic expression for the energy density stored in the current-carrying inductor then calculate its numeric value. J/m³ UB mH (The "e" is on the keypad under symbols.) || ||

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A N = 807-turn solenoid with length, l = 36.6 cm, and diameter, d = 9 cm, is carrying a current, I = 19.8 A. SYMBOLIC INPUT. Use the given variables, N, P, d, and I, along with constants, as needed. (a) Write a symbolic expression for the self-inductance of the coil, then calculate its numeric value. (The "e" is on the keypad under symbols.) L = (b) Write a symbolic expression for the total energy stored in the current-carrying inductor, then calculate its numeric value. UB = mH (c) Write a symbolic expression for the energy density stored in the current-carrying inductor then calculate its numeric value. J/m³ UB
Transcribed Image Text:A N = 807-turn solenoid with length, l = 36.6 cm, and diameter, d = 9 cm, is carrying a current, I = 19.8 A. SYMBOLIC INPUT. Use the given variables, N, P, d, and I, along with constants, as needed. (a) Write a symbolic expression for the self-inductance of the coil, then calculate its numeric value. (The "e" is on the keypad under symbols.) L = (b) Write a symbolic expression for the total energy stored in the current-carrying inductor, then calculate its numeric value. UB = mH (c) Write a symbolic expression for the energy density stored in the current-carrying inductor then calculate its numeric value. J/m³ UB
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