
The drawing depicts a copper loop lying flat on a table (not shown) and connected to...
A current carrying loop of wire lies flat on a table top. When viewed from above, the current moves around the loop in a counterclockwise sense. What is the direction of the magnetic field caused by this current, outside the loop? The magnetic field: A) circles the loop in a clockwise direction. B) circles the loop in a counterclockwise direction. C) points straight up. D) points straight down. Can someone explain why the correct answer is straight down by hand...
A loop is oriented in external magnetic field as shown in the picture. A magnetic field suddenly vanishes. When viewed from north, what is the sense of the induced current in this loop as the field fades? N B W E S the induced current flows clockwise the induced current flows counterclockwise the current flows clockwise initially, and then it flows counterclockwise before stopping there is no induced current in this loop
1) Parts A-E refer to the following figure of a circular loop of conducting wire. In the figure, Region I has a uniform magnetic field in the direction shown and Region II has no magnetic field. a) If the loop moves to the right and starts to move into Region II, what is the direction of the induced current in the wire? Circle the correct response. a) Clockwise. b) Counterclockwise. c) There is no induced current. b) If the loop moves straight down and remains...
A current carrying circular loop of wire lies flat on a table top. When viewed from above, the current moves around the loop in a counterclockwise sense. What is the direction of the magnetic field caused by this current, inside the loop? Please explain!
The following text and drawing apply to the next 4
questions:
The drawing shows that a uniform magnetic field is
directed perpendicularly out of the page and fills the entire
region to the left of the y axis. There is no magnetic field to the
right of the y axis. A rigid right triangle is made of conducting
wire. As it rotates counterclockwise about the origin, specify the
direction of the induced current when the triangle is
crossing
the +x...
answer all Q pls
8. A bar magnet is dropped through a loop of copper wire as shown. Recall that ou magnet, magnetic field lines point away from a north pole and toward a south p positive direction of the induced current I in the loop is as shown by the arrows on the loop, the variation of I with time as the bar magnet falls through th by which of the following graphs (the time when the midpoint of...
please include detailed process for all of the
questions
with tleme at a constant rate. The circular oops A, EB The long straight wire in the figure carrics a current I that is decreasing and C all lie in a plane containing the wire. The induced emf in each ofthe loops A·B, and C is such that 1) C-> clockwise A) no emf is induced in any of the loops B) a counterclockwise emf is induced in all the loops...
The figure below shows a closed loop of wire that consists of a pair of equal semicircles, of radius 7.00 cm, lying mutually perpendicular planes. The loop was formed by folding a flat circular loop along a diameter until the two halves became perpendicular to each other. A uniform magnetic field B of magnitude 103 mT is directed perpendicular to the fold diameter and makes equal angles (of 45.0%) with the planes of the semicircles. The magnetic field is reduced...
Four loops of conductive wire are exposed to magnetic fields that are perpendicular to the loops, In the images below, magnetic field lines. In each case, determine whether the induced current in the loop will be dockwise o counter-clockwise, as viewed the direction and behavior of each magnetic field is indicated by the behavior of the from above. Clockwise Counter-Clockwise
Consider a conducting loop placed on a horizontal plane in a region of uniform magnetic field directed downward. If the magnitude of the magnetic field begins to decrease, what will the direction of the induced current in the loop be? Select one: a. Clockwise, so that the magnetic field of the loop is upward b. Clockwise, so that the magnetic field of the loop is downward c. Counterclockwise, so that the magnetic field of the loop is upward d. Counterclockwise,...