Student's name: 9/33=9/33 x = X Problem 1 (33 points): One long wire carries a current of 11 = 21.0 A to the left along

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Student S Name 9 33 9 33 X X Problem 1 33 Points One Long Wire Carries A Current Of 11 21 0 A To The Left Along 1 (94.42 KiB) Viewed 34 times

Student's name: 9/33=9/33 x = X Problem 1 (33 points): One long wire carries a current of 11 = 21.0 A to the left along the x axis. The second long wire carries a current of 12 = 44.0 A to the right along a line (y = 0.0280 m, z = 0). 12 At certain instant of time a charge q = 2.00 x 10-6 C is located between two wires on a line (y = 0.0120 m, z = 0) and 11 moves with a velocity of 1.50 x 108 m/s in the positive x-direction. a) What is the magnetic field, both the magnitude and the direction, due to the current 14 at the location of the charge q? Use unit vectors i, j, k to indicate the direction of the magnetic field. (Vector k is directed out of the page.) b) What is the magnetic field, both the magnitude and the direction, due to the currently at the location of the charge q ? Again, use unit vectors i, j, k to indicate the direction of the magnetic field. c) What is the resultant magnetic field, both the magnitude and the direction, due to both the currents at the location of the charge q? Again, use unit vectors î, ĵ, k to indicate the direction of the magnetic field. d) What is the magnetic force on the charge q, both the magnitude and the direction? Use unit vectors i, j, k to indicate the direction of the magnetic force. e) Suppose now a uniform electric field is applied to allow the charge move between the wires undeflected. What should be this electric field, both the magnitude and the direction? Use unit vectors i, j, k to indicate the direction of the electric field. Present all your answers with the precision of three significant figures. Start here and continue your work on the next page. ule the bracker