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a circular coil that has 115 turns and a radius of 12 cm is in a magnetic field that has a magnitude of 00650 t
a circular coil that has 100 turns and a radius of 10 cm lies in a magnetic field that has a magnitude of 00650 t
a circular area with a radius of 610 cm lies in the xy-plane1 what is the magnitude of the magnetic flux through this
circular apertures are often involved in the transmissio of em waves over long distances discuss how this would affect
in the circuit the voltage supplied by the battery is 120 v and the resistance of the resistors r1 r2nbspand r3nbspare
a circuit is subjected to a sinusoidal ac voltage with a frequency of 600 hz and a peak voltage of vp 100 v the
in the circuit shown in the following figure the voltage across the r1600 omega resistor is 22v what area the emf of
you are tightening your bicycles wheels using a wrench the tightening torque is 100 nm if you apply a force of 200n at
a what is the time constant of this circuitb what is the current flowing through the 100muf capacitor when the circuit
in the circuit shown in the figure the voltage of the battery is 120 v and the capacitors have the following
for the circuit shown in the figure the switch is initially open and the capacitor voltage is 80 v the switch is then
the circuit as shown in the figure shows a capacitor c two ideal batteries two resistors and a switch s initially s has
for the circuit shown in the figure find the current through and the potential difference across each resistor
in the circuit shown in the figure below e1300v r1700 omega and r2400 omegaa find the current in resistor rb find
the circuit shown in the figure below contains two batteries each with an emf and an internal resistance and two
the circuit shown in the figure below is connected for 150 min assume r1 810 omega r2 180 omega and v 180 va
in the circuit shown in the figure below the capacitor has capacitancenbspcnbsp 29 muf and is initially charged to 100
for the circuit shown in the figure calculate the following assumenbspepsilon 732 v andnbsprnbsp 594 omegaa the
in the circuit shown in the figure belownbspepsilon 660 vnbspr1nbsp 460 omeganbspr2nbsp 310 omega andnbsplnbsp 0300 ha
in the circuit shown in the figure belownbspepsilon1nbsp 280 vnbspr1nbsp 700 omega andnbspnbspr2nbsp 200 omegaa find
in the circuit shown belownbspepsilon 580 vr5nbsp 400 omegar3nbsp 200 omegar2nbsp 220 omegai5nbsp 840 ai4nbsp 580
in the circuit shown below a 100 v battery is connected to r1 100 omega r2 200 omega r3 300 omega and l1 200 h the
when the circuit at below is first attached to a battery charge will start to accumulate on the capacitors and hence
the circuit consists of a battery v0 370 v and five resistors r1 511 omega r2 482 omega r3 263 omega r4 334 omega
for the circuit to the below consisting of three ideal batteries and three ideal resistors calculate the current