2 In a form of a Tesla coil, a long solenoid with length (L) and area of cross-section A is s wrapped around N 1 coil of
Posted: Mon May 23, 2022 11:32 am
PS: I would appreciate if you write how the mutual inductance is
derived.
2 In a form of a Tesla coil, a long solenoid with length (L) and area of cross-section A is s wrapped around N 1 coil of wire. Next, a coil with N 2 turns surrounds it at its center. See the illustration below Cross-sectional arca A. turns Nytums a) Find the mutual inductance M. b) The current i2 in the outer coil is given by 12.0x10^6 (ampere/second)t. (Current on the wire can go up quickly in a short time). ) At t = 3.0 us, what is the average magnetic flux that passes through each of the solenoid windings (coil 1) caused by the outer coil? c) How much emf is induced in the solenoid?
derived.
2 In a form of a Tesla coil, a long solenoid with length (L) and area of cross-section A is s wrapped around N 1 coil of wire. Next, a coil with N 2 turns surrounds it at its center. See the illustration below Cross-sectional arca A. turns Nytums a) Find the mutual inductance M. b) The current i2 in the outer coil is given by 12.0x10^6 (ampere/second)t. (Current on the wire can go up quickly in a short time). ) At t = 3.0 us, what is the average magnetic flux that passes through each of the solenoid windings (coil 1) caused by the outer coil? c) How much emf is induced in the solenoid?