(a) Calculate the self-inductance (in mH) of a 47.0 cm long, 10.0 cm diameter solenoid having...
(a) Calculate the self-inductance (in mH) of a 54.0 cm long, 10.0 cm diameter solenoid having 1000 loops. mH (b) How much energy (in )) is stored in this inductor when 19.5 A of current flows through it? J (c) How fast (in s) can it be turned off if the induced emf cannot exceed 3.00 V?
A solenoid is hooked to an alternating current source. a. Calculate the self-inductance of a 40.0 cm long, 8.0 cm diameter solenoid having 800 loops. b. How much energy is stored in this inductor when 10.0 A of current flows through it? c. How fast can it be turned off if the induced emf cannot exceed 9.00 V?
22. A solenoid is hooked to an alternating current source. a. Calculate the self-inductance of a 40.0 cm long, 8.0 cm diameter solenoid having 800 loops. b. How much energy is stored in this inductor when 10.0 A of current flows through it? c. How fast can it be turned off if the induced emf cannot exceed 9.00 V?
A 50cm long 5cm wide 2000 loop solenoid is hooked to an alternating current source drawing 5A. Calculate the self-inductance and the energy stored in the inductor. How fast can it be turned off if the induced emf cannot exceed 3.00 V?
1. a. One solenoid is centered inside another. The outer one has a length of 47.0 cm and contains 6700 coils, while the coaxial inner solenoid is 5.00 cm long and 0.170 cm in diameter and contains 17.0 coils. What is the mutual inductance of these solenoids? The current in the outer solenoid is changing at 38.0 A/s. b. Find the emf induced in the inner solenoid. c. A toroidal solenoid has a mean radius of 18.0 cm and a...
3. Calculate the self-induced emf in the solenoid of inductance L = 0.181 mH, if the current decreases at the rate of 50.0 A/s.
22. A 50cm long 5cm wide 2000 loop solenoid is hooked to an alternating current source drawing 5A. a. Calculate the self-inductance and the energy stored in the inductor. b. How fast can it be turned off if the induced emf cannot exceed 3.00 V? 23. A 10mH inductor that has 592 of resistance is hooked to 12V battery source for 5ms. What is the characteristic time constant, and the current at that time? 24. An RLC series circuit has...
A technician wraps wire around a tube of length 33 cm having a diameter of 8.3 cm. When the windings are evenly spread over the full length of the tube, the result is a solenoid containing 575 turns of wire. (a) Find the self-inductance of this solenoid. mH (b) If the current in this solenoid increases at the rate of 5 A/s, what is the self-induced emf in the solenoid? mV
A technician wraps wire around a tube of length 34 cm having a diameter of 7.8 cm. When the windings are evenly spread over the full length of the tube, the result is a solenoid containing 560 turns of wire. (a) Find the self-inductance of this solenoid. mH (b) If the current in this solenoid increases at the rate of 5 A/s, what is the self-induced emf in the solenoid? mV
A technician wraps wire around a tube of length 34 cm having a diameter of 8.1 cm. When the windings are evenly spread over the full length of the tube, the result is a solenoid containing 555 turns of wire. (a) Find the self-inductance of this solenoid. mH (b) If the current in this solenoid increases at the rate of 6 A/s, what is the self-induced emf in the solenoid? mV Please answer all questions CLEARLY !!!