Question

The simulation (linked below) shows two long, straight wires wre #1 les on the z aos and carries arrent İl in the +Z direction. wre #2 is paralel to w re '1 and cames current a in the t direction Wire #2 is displaced from wire #1 by distance D which is variable. By default, D = 4 m. The samulation shows a mathematical path of orular shape that lies in the xy pane and is centered at the origin. The path has radius R- 2 m When you run the animation, the simulation indirectly computes the circulation of the magnetic field around the path, d.It does so by plotting the magnetic field component Bcos 8 along the direction of the tiny displacement d 5 as a function of the distance s along the path. The quantity 0 represents the angle between B and d et any point on a circular path. Run the animation now for the default value of D(D-4 m), and observe how the vectors B (green arrow) and d (red arrow) point as the path is airculated. Observe the graph, as well. You can use information in (Note: B-ds-团cos@ B-as for the path. the graph to determine the numerical value of the circulation Question 1 Question 2 ▼ Question 3 what is the current in wire #1, i,? the tolerance is +/2% Click if you would like to Show Work for this questions Oen Show Work D (m) 4.000 0.4 0.2 s (m) 4 6 810 12 0.2 0.4 Area under curve: 1.88 μΤ.m 12 what is the current in wire #2, i2? the tolerance is +/-2% Click if you would like to Show Work for this question: Qpen Show Work By accessing this Question Assistance, you will learn while you earn points based on the Point Potential Policy set by your instructor. Attem Question 8 what is the value of | B| cos θ at point a? B|cos#2 UT Question9 Consider the situation depicted in ng 29 8 2, which provides a top down view of the two wires and the currents n and i-Current #1 is directi, o t of the screen at value : 150 A andcurrent directly into the screen at value : = O A. The mathematical closed loop is traversed clockwise, as the arrow drawn on the loop suggests. What is the magnetic circulation about this loop? Interactive Figure 29.8.2: This is a top-down view of the xy plane. wires #1 and #2 are positioned as shown. The current ii is out of the screen, and the current a is into the screen. A closed mathematical loop is shown. The magnetic cireulation is to be calculated when this loop is traversed clockwise fi a- NT m

Answer 1

4 2 42024

ALi

also i.dde ㅛ (一ヶ Bo inside lidi A(ied.) ー _O.SXUFXIo"