A) An RLC series circuit, R=20 Q, a capacitor (C) and an inductor (L) , is connected across a voltage source of 120 volts. If phase difference is 65° then calculate the rms current (Irms) in the circuit. R L 20 N 120 V

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A) An RLC series circuit, R=20 N, a capacitor (C) and an inductor (L) , is connected across a
voltage source of 120 volts. If phase difference is 65° then calculate the rms current (Irms) in the
circuit.
R
L
C
20 N
120 V
B1) An electron enters perpendicularly in a magnetic field (B) of 2.5 T, which is directed into the
paper . If velocity of electron is 2.0x106 m/s is in negative -X direction then determine the
magnitude and the direction of the acceleration of the electron. (me=9.11x10-31 kg, q=-1.6x10-
19 C).
B2) If electron is replaced by a neutron then what magnetic force will be acting on the neutron
and what will be the direction of magnetic field? (mn=1.675x10-27 kg).
||>
Transcribed Image Text:A) An RLC series circuit, R=20 N, a capacitor (C) and an inductor (L) , is connected across a voltage source of 120 volts. If phase difference is 65° then calculate the rms current (Irms) in the circuit. R L C 20 N 120 V B1) An electron enters perpendicularly in a magnetic field (B) of 2.5 T, which is directed into the paper . If velocity of electron is 2.0x106 m/s is in negative -X direction then determine the magnitude and the direction of the acceleration of the electron. (me=9.11x10-31 kg, q=-1.6x10- 19 C). B2) If electron is replaced by a neutron then what magnetic force will be acting on the neutron and what will be the direction of magnetic field? (mn=1.675x10-27 kg). ||>
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