A square loop of wire is rotating around its vertical axis in a magnetic field of strength B = 0.06 T as shown in View A. The angular frequency of rotation is = 50 rad/s and the loop has a resistance of R = 5 . The length of one side of the square loop is W = 0.05 m. At the instant of timewhen the normal to the loop makes an angle of = 30 with respect to the B field, as shown in View B where 'N' represents the normal,calculate the current flowing in the loop. Note: View A would be the side view if = 90 or 270.
v=rω
v = W/2ω
=0.05/2x50
=1.25 m rad./s
e = 2BWvsin 30°
=2x0.06x0.05x1.25sin30
I=e/R
=0.00075 A
A rectangular loop rotates with a constant angular velocity about an axis as shown. It makes one complete rotation in 0.03 s. The magnetic field lines are straight and parallel as shown. They are perpendicular to the axis of rotation. The lengths are c= 0.5 m and d= 3.5 m, the strength of the magnetic field is 0.08 T. The total resistance of the loop is 174 ?. 1. What is the magnetic flux through the loop at the instant...
Problem 1 (2 marks) A rectangular loop of conducting wire is rotating around the z-axis as shown in Figure 1. The loop is placed inside a magnetic field with A Z flux density of B = Ba, (Wb/m2) in free space. Given the height of wwww the loop is h (m); the width of the loop is (m) and the rotation W angular velocity is o (rad/s), find the induced emf in the closed loop C Figure Problem 1 (2...
i need help with #2,5, and 6 please! A Rectangula Flux in Rotating Loop 25+ 56 A rectangular loop rotates with a constant angular velocity about an axis as shown. It makes one complete rotation in 0.04 s. The magnetic field lines are straight and parallel as shown. They are perpendicular to the axis of rotation. The lengths are cu 0.9 m and d= 3.2 m, the strength of the magnetic field is 0.05 T. The total resistance of the...
Q1: Consider a square loop in the yz plane. The corners of the loop are at (0.1.1) (x,y,z (0,2,1);(x.y,z)-(0,2,2); and (x.y,z)-(0,1,2).The current flowing around the perimeter of the loop is 1 mA in the direction shown in Figure. Calculate the net force acting on the square loop if (a) B 2ax (a uniform magnetic field). (b) The magnetic field is produced by a vertical current filament (I- 100A) coinciding with the z axis. Q1: Consider a square loop in the...
1. A square loop of wire with one side of a and resistance R is placed in a uniform magnetic field of strength B. The field vanishes and results an induced current I in the loop. ( a) a) What is the rate of change of magnetic flux in terms of I and R? (b) Magnetic field B (on the picture above) was equal to 0.5 T before it vanished. If the duration of switch is 0.15 sec and the...
A loop of wire is oriented vertically, so that a vector normal to the loop is oriented to the east. An external magnetic field is directed upward. The loop begins to rotate around a vertical rotation axis. As viewed from the east, the induced current is:
3. The device shown below consists of a square loop of steady current in a magnetic field, attached to an axle which turns a wheel. Around the wheel is wound a (massless) string (the string comes down over the front of the wheel as shown in the diagram), from which hangs a mass. The mass rises and falls such that it is at rest when the plane of the loop is vertical, and is again at rest when the plane...
b) A rectangular loop of wire with current flowing through it is sitting in an external magnetic field as shown below (the magnetic field in the dashed region is caused by magnets that are not shown in the diagram). - - IB - What direction will the loop rotate? Answer by saying which side of the loop will move out of the page and which side of the loop will move into the page.
Please clearly draw magnetic dipole moment for both loops and explain how its done. A small square loop of wire carrying some current is located between the poles of a horseshoe mag- net as shown in the diagram. Throughout this problem you may assume that the magnetic field between the poles is constant. Note that the loop is shown skewed only to pro- vide some perspective. When the loop is vertical, its face is actually parallel to the poles of...
2. A rectangular loop of wire, with dimensions shown in the figure helow carries a current of 2.0 A and is placed in a 0.80 T magnetic field. The magnetic field runs horizontally from left to right in the plane of the paper. The loop rotates in the magnetic field. Assume that the dimensions given in the figure are exact. (a) At one point in its rotation, the loop is perpendicular to the magnetic field. What is the magnitude of...