15.37: Which one of the following chox6 vmv i;* frj; +icmy9wfik1bzyi)( /ices represents the base SI units of inductanifv/) y + ifz;bk9*mw; 1xv6cmi(jyirce?

  17.28: A shipment of parts is la tovbwu )d h kvu*8j:e0k7z9/sbeled in units of “ohm∙second.” Which one of the following cv uw :7v)djhk0/8 9 eotkusz*bhoices represents an equivalent unit?

  06.42 A solenoid is constructe2w e,(1ujbmo;hw0lg g d with N loops of wire tightly wrapped around an iron-filled center. Due to bu 12 u(;wglhb0jewgm o,dget cuts, the current that ordinarily runs through this solenoid is cut in half. As a result, the inductance of the solenoid is

  03.46:In the circuit shown, the switch is moved to positgzw*j*vcb- g+ t7 ng/tion A.After a very long time, the switch is flipp7j-bgvn+ t*ggc*wtz /ed from position A to position B, thereby opening the circuit. At the instant immediately following the flip of the switch, the DC voltmeter shown registers a voltage of magnitude:

  05.50: A series RL circuit is shown. Which of the suggested changes in the c.j jbddj j6) 9t2qsi:tircuit (labeled I, II, and III) would result in the in tbjjs:di).9j dt6q2j itial voltage across the inductor (at the instant that the switch is closed) to be double what it is for the circuit shown?
I. Reduce the resistance in the circuit to R0/2.
II. Double the inductance in the circuit to 2L0.
III. Add a second identical inductor to the circuit in parallel with the first inductor.

  08.41: The circuit shown has been operating for ae4odk9c fzng66 q; ce5tam,v ) long time. The instant after the switch in the circuit labeled S kq o 4ee;f6vg69)c,dnmcz 5tais opened, what is the voltage across the inductor $V_L$ and which labeled point (A or B) of the inductor is at a higher potential? Take $R_1\:=\:4.0\Omega$, $R_2\:=\:8.0\Omega$, and L = 2.5H.

  10.45: For the ideal RL ci4 hn cwe/(k1 fn7*o7thd:qznoxv(j) qrcuit shown, the resistance is R=10.0Ω, the inductance i(tj:n(7ov h nk7 e *qc fn)qd4/xz1hwos L=5.0 H and the battery has voltage $\xi_{bat}$ = 12 vlots. Some time after the switch S in the circuit is closed, the ammeter in the circuit reads 0.40 A. At what rate is energy being stored by the inductor at this instant (in Watts)?

  01.40: A student tunes a crystal radio set il ad)/j+yj6 (wk *dbtby means of a simple RLC circuit to receive a radio station broadcastiiw dl6t(+ )jy*jd/ab kng at 660 kHz. To receive a station broadcasting at 1320 kHz the capacitor in the RLC circuit could be changed. By what factor must the original capacitance be multiplied to tune in the RLC circuit to the new frequency?

  09.44: In an ideal LC circuit, what is the time difference be hnz9 i70 ,g.hbf0wa3w2y jspjtween all of the energy in the circuit being stored in the in 0,p0gfsh w7yia. 3zwj2 jnb9hductor and all of the energy being stored in the capacitor?

  08.49: A circuit consists of a bgv)+c(v:rjqresistor, capacitor, and inductor connected in sericb j(g vqrv):+es to an AC source. As the source frequency increases, the current in the circuit decreases. Which statement about the circuit is NOT correct as the source frequency increases?