The circular loop of current shown in Fig. 10-19 lies in the plane ? = ℎ, parallel to a sheet of uniform current, ? = ?0 ??, at ? = 0. Express the force over a length differential of the loop. Integrate and show that the total force is zero. The original question is attached. 18-310.24.La espira circular de corriente que aparece en la figura 10-19 yace en el plano z=h. paralelamente a una láminaEm de corriente uniforme, K = K, a,, en z=0. Exprese la fuerza sobre un diferencial de longitud de la espira.Integre y demuestre que la fuerza total es cero.Resp. dF = lapo Ko cos o do (-a,)(W)idmos & sh ong ts antohasila oadatBK.Fig. 10-19Fig. 10-20

Answered: Image /qna-images/answer/af638a0f-9a4d-4355-b8b9-d7e624769d68.jpg

The circular loop of current shown in Fig. 10-19 lies in the plane ? = ℎ, parallel to a sheet of uniform current, ? = ?0 ??, at ? = 0. Express the force over a length differential of the loop. Integrate and show that the total force is zero. The original question is attach

The circular loop of current shown in Fig. 10-19 lies in the plane ? = ℎ, parallel to a sheet of uniform current, ? = ?0 ??, at ? = 0. Express the force over a length differential of the loop. Integrate and show that the total force is zero. The original question is attach

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

See similar textbooks

Similar questions

A rectangular loop carrying current placed in the x-y plane as shown 4 1 S 9) Find H at point (0,0,2) →x I is
Aluminum and copper wires of equal length are found to have the same resis- tance. What is the ratio of their radii?
Question (5): A uniform quarter circular bar of weight W and radius r=20 cm is attached to a pin at B and to the cable AC. Knowing that the tension in cable AC is 35 N, determine: a) Weight of the rod. b) Magnitude and direction of reaction at B. B
(a) The figure below shows two parallel conducting rails 11.6 cm apart, connected by a resistor with resistance R, = 5.00 n. Two metal rods with resistances R, = 13.0 0 and R., = 15.0 0 slide along the rails with negligible friction. Rod R, slides to the left at constant speed v, = 4.00 m/s, vwhile rod R, slides at speed v, = 2.00 m/s. The rods and rails are in the presence of a uniform magnetic field pointing into the page, perpendicular to the plane of the rails, with a magnitude of B = 0.0100 T. in X2x x x * Ry x R, What are the magnitude (in µA) and direction of the current through resistor R,? 278 What are the two motional emfs? What are their directions, based on the velocities of the rods and the direction of the field? From this, can you construct a circuit diagram that allows you to apply Kirchhoff's laws? Can you use Kirchhoff's laws to set up a system of equations that allows you to solve for the current through R,? Be careful of magnitude signs. HA direction upward (b) What…
(a) (b) (c) All loops are identical and carry the same current. (Use only the symbols > or =, for example a = b > c). Rank the magnitudes of the net forces acting on the rectangular loops shown below, from highest to lowest. Rank the magnitudes of the net torques acting on the rectangular loops shown below, from highest to lowest.
The above picture depicts a moveable vertical conducting bar sliding on fixed conducting rails. v → = 2.3 m/s and B → is 0.65 T and out of the page. What is the current in the system? Group of answer choices 0.30 A 1.5 A 0.012 A 0 A 7.5 A
Two insulated current-carrying straight wires of equal length are arranged in the lab so that Wire A carries a current northward and Wire B carries a current eastward, the wires crossing at their midpoints separated only by their insulation. Which of the following statements are true?
The current I flows through the wire as shown below. Find the magnetic induction vector B at point P. \P
Calculate the magnetic field near the center of a system of two coaxial plane circular circuits of radius R at the same distance d / 2 from the origin of coordinates through which currents of identical magnitude but with opposite directions flow.
(a) (b) plane as shown in Fig, by the magnetic field of the straight long wire carrying current I, Find the magnitude and direction of the net force exerted on the upper edge (1), and lower edge (3) and side edge (2) of the rectangular loop sides' length b and L carrying current 2 all lying in the (1) (2) b (3)
Given a current J = 0.5r-¹e-10¹t A/m², determine p、(r, t) by integrating V J (making sure på → 0 as t → ∞o).
A square loop (each side is 10 cm) of wire with Resistance 100Ω is moved at a constant speed of 30cm/s across a uniform magnetic field 2 T, confined in a square region (Each side of the square is 20cm). (a) Graph the force needed to move the loop at a constant speed from -20 cm to 20cm (as shown in the figure). What will be the maximum force required? Assume that the force pointing to the right as positive (b) Graph the current induced in the loop as a function of distance from -20cm to 20cm. Assume clockwise current to be positive. What will be the maximum value of current? Hint: The figure is drawn not to scale