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2) A charge particle (q = + 2.5 x 10^-6 C), moving with velocity v=150 m/s, enters the apparatus (technically, a combination of a capacitor

2) A charge particle (q = + 2.5 x 10^-6 C), moving with velocity v=150 m/s, enters the apparatus (technically, a combination of a capacitor and a coiled wire) which generates a uniform electric field (not shown) and a uniform magnetic field (with a magnitude 0.045 T (Tesla) , as shown).a) draw a consistent system schema that includes the charge particle and the apparatus. You can safely ignore the affects of gravity. Also draw a consistent force diagram for the particles while it is inside this apparatus.b) calculate for what value of the electric field (magnitude and direction) will the particle experience no acceleration (e.g. have constant velocity)?c) consider the uniform magnetic field being produced at the center of a 0.03 m in diameter coiled wire. Find the value and direction of the currents in the wire that generates a magnetic field of 0.045 T at its center.

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