The figure below shows a long straight wire just touching a circular loop carrying a current \( I_1 = 2.82 \, \text{A} \) in the clockwise direction. Both lie in the same plane.**Diagram Description:**- A circular loop with arrows indicating a clockwise direction, labeled with a current \( I_1 = 2.82 \, \text{A} \).- A straight horizontal line representing the long straight wire.- The center of the loop is marked, and a horizontal arrow labeled \( r \) extends across the loop.**Questions:**(a) What direction must the current \( I_2 \) in the straight wire have in order to create a magnetic field at the center of the loop in the direction opposite to that created by the loop?- \( \circ \) from right to left- \( \circ \) from left to right(b) What current must the long straight wire carry in order to have zero net magnetic field strength at the center of the loop?\[ \_ \_ \_ \_ \_ \_ \_ \_ \_ \text{A} \]

Answered: Image /qna-images/answer/39335aa8-9335-47f3-9aa2-d582e248a0ba.jpg

The figure below shows a long straight wire just touching a circular loop carrying a current I₁ = 2.82 A in the clockwise direction. Both lie in the same plane. O (a) What direction must the current I2 in the straight wire have in order to create a magnetic field at the center of the loop in the direction opposite to that created by the loop? O from right to left O from left to right (b) What current must the long straight wire carry in order to have zero net magnetic field strength at the center of the loop? A

The figure below shows a long straight wire just touching a circular loop carrying a current I₁ = 2.82 A in the clockwise direction. Both lie in the same plane. O (a) What direction must the current I2 in the straight wire have in order to create a magnetic field at the center of the loop in the direction opposite to that created by the loop? O from right to left O from left to right (b) What current must the long straight wire carry in order to have zero net magnetic field strength at the center of the loop? A

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

At the equator, near the surface of Earth, the magnetic field is approximately 65.0 ?T northward and the electric field is about 300 N/C downward in fair weather. Find the gravitational, electric, and magnetic forces on an electron with instantaneous velocity of 6.00 106 m/s directed to the east in this environment. gravitational N electric N magnetic N
At the equator, near the surface of Earth, the magnetic field is approximately 43.0 ?T northward and the electric field is about 110 N/C downward in fair weather. Find the gravitational, electric, and magnetic forces on an electron with instantaneous velocity of 6.00 106 m/s directed to the east in this environment. gravitational N electric N magnetic N
There is current I flowing in the clockwise direction in a square loop of wire that is in the plane of the paper. If the magnetic field B is toward the right, and if each side of the loop has length L,then the net magnetic torque acting on the loop is:
Consider two parallel wires carrying current in the same direction. Which one of the following statements is true concerning this situation? O The two wires will repel each other, even no external magnetic field is applied to the wires. O The two wires will repel each other, only if an external magnetic field is applied to the wires. O The two wires will attract each other, even if no external magnetic field is applied to the wires. O The two wires will attract each other, only if an external magnetic field is applied to the wires. The wires will be neither attracted nor repelled from each other regardless of whether or not an external magnetic field is applied to the wires.
Two infinitely long wires are laid parallel in air, carrying current I. In which of the following situations will the net magnetic filed be equal to zero at point midway between them? There may be more than one answer
A square loop with side length L carries a current I, counterclockwise. The loop is placed in a uniform magnetic field of magnitude B that points upwards. B L Find the direction of the force on the top segment of the loop due to the external magnetic field. ca) In the above problem, find the direction of the force on the bottom segment of the loop due to the external maanetic field. ) In the above problem, find the direction of the force on the left segment of the loop due to the external magnetic field. () In the above problem, find the direction of the force on the right segment of the loop due to the external magnetic field. the above problem, find the magnitude of the net force on the loop at the instant shown. (C) In the above problem, find the magnitude of the net torque on the loop at the instant shown. () In the above problem, in which direction will the loop rotate?
A positively charged particle travels in the positive x direction through a region of magnetic field in the negative y direction. In what direction is the resulting force? O negative x direction O negative z direction O positive y direction
A conductive wire is arranged on the surface of the cube whose sides are 40 cm as shown. The wire is in the same magnetic field B = 0.02 T j. If the conductor is energized by an electric current I = 4 A in the direction shown in the picture, determine the vector of the magnetic force experienced by each piece of wire.
The plane of a flat, circular loop of wire is horizontal. An external magnetic field is directed perpendicular to the plane of the loop. The magnitude of the external magnetic field is increasing with time. Because of this increasing magnetic field, an induced current is flowing clockwise in the loop, as viewed from above. What is the direction of the magnetic field, assuming the situation is drawn on a sheet of paper? Tind O Left O Right O Into the page O Out of the page O Up the page O Down the page O Clockwise O Counterclockwise
Two very long wires carry currents in horizontal directions, as shown in the figure. Wire 1 carries current Ij to the right, and wire 2 carries current I2 to the left. The direction of the magnetic force acting on wire 2 is Wire I Wire 2 o none of these. There is no force on wire 2. o to the left. o to the right. O up the page. O out of the page. o down the page. into the page.
Two conducting plates are in parallel and carry net charge of opposite signs with the same magnitude. A particle with negative charge -q is sent into the region between the plates with speed v as shown. What must be the direction of the uniformn magnetic field in the space between the plates such that -q passes in between the plates with no deflections?
As shown in Fig, a positive point charge, q, is moving at a velocity, v, in the same direction as a straight current, i. The distance between the current i and the charge q is r. Find the magnitude and the direction of the force exerted on q by the magnetic field induced by the current i.