Question

D-4.5 mm 1 = 40 A E = 20 NIC A very thin straight long conducting wire is parallel to and be- tween two very large charged conducting plates separated by distance D = 5.00 mm. The wire carries a current of I. = 40.0 Amps and the electric field between the plates is Ē= 20.0 î N/C. At some instant, a particle with mass m = 70.0 x 10-6 kg and a charge of q=530 uC is r= 2.00 x 10-4 m from the wire and it has a speed of v = 230.0 k m/s parallel to the direction of the current. Calcu- late the electric and magnetic forces on the charged particle at that instant, then the total force on the particle at that instant. Remem- ber, forces are vectors, they have a magnitude and direction. v 230 ms E 20 NIC 0.2 mm D5 mm

Answer 1

N18 17 18 19 20 21 119-246) Faro = -0.4876410 ? ? /N magnetic force. E Total force, The Fe + Fm (1.06-0.4876)x10 cm - fruct = 0.5724X10 (N) i