A wire loop carrying a current is placed in the x-y plane as shown in figure. (a) If a particle with charge +Q and mass m is placed at the center P and given a velocity v along NP, find its instantaneous acceleration. (b) If an external uniform magnetic induction field B = Bi is applied, find the force and torque acting on the loop. I M 120° P I X
A wire loop carrying a current is placed in the x-y plane as shown in figure. (a) If a particle with charge +Q and mass m is placed at the center P and given a velocity v along NP, find its instantaneous acceleration. (b) If an external uniform magnetic induction field B = Bi is applied, find the force and torque acting on the loop. I M 120° P I X
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Transcribed Image Text:A wire loop carrying a current is placed in the x-y plane as
shown in figure.
(a) If a particle with charge +Q and mass m is placed at
the center P and given a velocity v along NP, find its
instantaneous acceleration.
(b) If an external uniform magnetic induction field B = Bi is
applied, find the force and torque acting on the loop.
I
M
N
120°
P
·2·
X
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