Q3 Magnetic Force 30 Points A very long horizontal wire carries a current I₁ = 15 A that flows to the right in the xy pl
Posted: Tue Jul 12, 2022 1:37 pm
please answer 3.1,3.2 & 3.3
Q3 Magnetic Force 30 Points A very long horizontal wire carries a current I₁ = 15 A that flows to the right in the xy plane. The wire is located at a distance d = 10 m below the x-axis. A second wire, also in the xy plane, is bent into a square loop and carries a current I₂ = 12 A flowing clockwise. The square loop measures h = 0.6 m on each side, and its bottom edge is located at a distance d = 10 m above the x-axis. YA h Q3.1 Magnetic Force 10 Points -d Q3.2 Magnetic Force 15 Points d 12 →X I₁1 7 Determine the total magnetic force exerted by the long wire on the square loop. Your answer should be a vector with magnitude and direction. Please select file(s) Select file(s) What is the net magnetic field Buet at the origin? Your answer should be a vector with magnitude and direction. Hint: you can assume that h < d. Please select file(s) Select files)
Q3.3 Magnetic Force 5 Points An electron traveling with constant velocity =<5000, 0, 0 m/s passes through the origin. How will its trajectory be affected by Baet? To get full credit you must say what direction, if any, it gets deflected towards, and briefly explain your reasoning. You can either type your answer in the text box below or upload an image with your handwritten answer. Enter your answer here Please select file(s) Select file(s)
Q3 Magnetic Force 30 Points A very long horizontal wire carries a current I₁ = 15 A that flows to the right in the xy plane. The wire is located at a distance d = 10 m below the x-axis. A second wire, also in the xy plane, is bent into a square loop and carries a current I₂ = 12 A flowing clockwise. The square loop measures h = 0.6 m on each side, and its bottom edge is located at a distance d = 10 m above the x-axis. YA h Q3.1 Magnetic Force 10 Points -d Q3.2 Magnetic Force 15 Points d 12 →X I₁1 7 Determine the total magnetic force exerted by the long wire on the square loop. Your answer should be a vector with magnitude and direction. Please select file(s) Select file(s) What is the net magnetic field Buet at the origin? Your answer should be a vector with magnitude and direction. Hint: you can assume that h < d. Please select file(s) Select files)
Q3.3 Magnetic Force 5 Points An electron traveling with constant velocity =<5000, 0, 0 m/s passes through the origin. How will its trajectory be affected by Baet? To get full credit you must say what direction, if any, it gets deflected towards, and briefly explain your reasoning. You can either type your answer in the text box below or upload an image with your handwritten answer. Enter your answer here Please select file(s) Select file(s)