Question

Problem 4: Inductor in a Changing Magnetic Field [30 points] An inductor is formed by winding N turns of a thin conducting wire into a circular loop of radius a. The inductor loop is in the x-y plane with its center at the origin and connected to a resistor as shown in the figure. In the presence of a magnetic field $B = B_0(2\hat{a}_y + 3\hat{a}_z)sin\omega t$ a) Find the magnetic flux ($\Phi$) linking a single turn of the inductor b) Find the transformer emf, given that N = 10, $B_0$ = 0.2 T, a = 10 cm and $\omega$=10$^3$ rad/s c) Find the polarity of $V_{emf}$ at t = 0 d) Find the induced current in the circuit for R = 1 k$\Omega$ (assume negligible wire resistance)

          Problem 4: Inductor in a Changing Magnetic Field [30 points]
An inductor is formed by winding N turns of a thin conducting wire into a circular loop
of radius a.
The inductor loop is in the x-y plane with its center at the origin and connected to a
resistor as shown in the figure. In the presence of a magnetic field $B = B_0(2\hat{a}_y + 3\hat{a}_z)sin\omega t$
a) Find the magnetic flux ($\Phi$) linking a single turn of the inductor
b) Find the transformer emf, given that N = 10, $B_0$ = 0.2 T, a = 10 cm and $\omega$=10$^3$
rad/s
c) Find the polarity of $V_{emf}$ at t = 0
d) Find the induced current in the circuit for R = 1 k$\Omega$ (assume negligible wire
resistance)

Problem 4: Inductor in a Changing Magnetic Field [30 points]
An inductor is formed by winding N turns of a thin conducting wire into a circular loop
of radius a.
The inductor loop is in the x-y plane with its center at the origin and connected to a
resistor as shown in the figure. In the presence of a magnetic field B = B0(2ây + 3âz)sinω t
a) Find the magnetic flux (Φ) linking a single turn of the inductor
b) Find the transformer emf, given that N = 10, B0 = 0.2 T, a = 10 cm and ω=10^3
rad/s
c) Find the polarity of Vemf at t = 0
d) Find the induced current in the circuit for R = 1 kΩ (assume negligible wire
resistance)

Added by Sheila B.

Question

Please give Ace some feedback