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1 a 100 ohm resistor is joined in parallel with a 47 ohm resistor what is the equivalent resistance2 three capacitors
a capacitor is made from two parallel plates each with an area of 146 cm2the plates are separated by a distance of 058
for the capacitor network shown in the figure the potential difference across ab is 220 v1 total c charge stored in
a head is approximately a conducting sphere of radius 10 cm what is the capacitance of the head what will be the charge
this is for a 01 ma collector current with beta typical 72 minimum beta is 40 and maximum beta 120 please see the
when a manufacturer makes a cap they make them for dc or ac right so how make to have ratings of 16v or 30v then at
a capacitor c1 is charged using a 63 v battery c1 has a capacitance of 355muf1 when this capacitorbattery circuit
a parallel plate capacitor with a nonuniform dielectricthe dielectric of a parallel plate capacitor has a permittivity
for the capacitor network shown in the figure please see the attachment the potential difference across ab is 36 v1
you have two capacitors one is 40 micro f the other is 20 micro f you also have some wires and a 100 v battery1 using
1 if you turn on a faucet so that a thin stream of water flows from it you may demonstrate to yourself that a charged
1 you have three capacitors and a battery how should you combine the capacitors and the battery in one circuit so that
based on the assigned scenario answer the following questions what is the situation what challenges exist what
1 two parallel plates of area 100cm2 are given charges of equal magnitudes 89x10-7 but opposite signs the electric
part oneif an electric circuit contains only an ordinary resistor all the work done by the electric current appears asa
a person has a 72 v battery along with 6 9 and 18 ohm resistors they are first wired in series then is parallel first
a 40 ohm resistor an 80 ohm resistor and a 120 ohm resistor are connected in a series with a 240 v batterya calculate
a 200- v sinusoidal source is connected to an 8-q resistor an 18-q inductor and a 10-q capacitor all connected in
1 for the given circuit find a total equivalent resistanceb total current coming from the batteryc current flowing
a bettery is connected in series to a resistor which is immersed in waterwould you classify the flow of energy from the
two uniform wires having circular cross-sections both with the same length and made of identical material are both
1twelve equal resistances r form the edges of a cube as shownaa battery is connected between a and g can you find one
when three resistors r1 r2 and r3 are connected in parallel as shown in the diagramfor these resistors the equivalent
three resistors of resistance 2410 ohm respectively are connecteda in series with a 12v supplyb in parallel across a
two resistors of resistance r1 and r2 with r2gtr1 are connected to a voltage source with voltage v0 when the resistors