Answer:
Given that Z = 0
a)
( 2 , 2 , 0 )
H
b)
( 4 , 2 , 0 )
At ( 4,2,0)
= 1.78
A / m.
c)
( 4 , 8 , 0 )
= - 0.1178
d)
at ( 0 , 0 , 2 )
=
=
7.11 A rectangular loop carrying 10 A of current is placed on z = 0 plane...
A rectangular loop with current I = 36A is placed in the xy
plane in free space as shown below. Find the z-component of the
magnetic flux density Bzaz at point P(0, 0, z). The four corners of
the rectangular loop are (a, -d, 0), (a, b, 0), (-c, b, 0), (-c,
-d, 0). Assume a=5m, b=3m, c=3m, d=2m, z=9m.
5. (20 points) A rectangular loop with current I 36A is placed in the xy plane in free space as...
4. (a) A long straight wire carrying a current is placed near
a current-carrying rectangular loop. Describe how, and why, the
loop would move as a result of the magnetic forces from the long
wire. The current in the loop is counterclockwise.
(b) Suppose that you were to put in a different
loop below the long wire (and still in the plane of the page).
Draw the shape of a loop that would...
...experience a total magnetic force of zero...
A 20-turn rectangular coil with sides 30 cm and w 10 cm is placed in the y-z plane as shown in Fig. P5.6 (a) If the coil, which carries a current 10 A, is in the presence of a magnetic flux density 5.6 B 2 x 10-2+ $2) (T) determine the torque acting on the coil (b) At what angle is the torque zero? (c) At what angle value is the torque maximum? Determine its 20-turn coil y Figure P5.6...
12. A rectangular loop of wire carrying a 4.0-A current is placed in a magnetic field of 0.60 1. The magnitude of the torque acting on this wire when the plane of the loop makes a 30° angle with the field is measured to be 1.1 N.m. What is the area of this loop? A) 0.20 m2 B) 0.40 m2 C) 0.26 m2 D) 0.80 m2 E) 0.53 m2
Problem 2 (Current through Loop) A rectangular loop of dimensions / and w moves with a constant velocity v away from an infinitely long straight wire carrying a current I in the plane of the loop, as shown in Figure 10.9.6. Let the total resistance of the loop be R. What is the current in the loop at the instant the near side is a distance r from the wire? Figure 10.9.6 A rectangular loop moving away from a current-carrying wire
3. A circular loop of radius a carrying current I, is located in the x-y plane as shown in the figure. In ent I, in a direction parallel with the z-axis is located addition, an infinitely long wire carrying curr a. Determine the equation for H at P (0,0,h) b. Evaluate H for a-10cm, yo 25cm, h-12cm, 30A and b 15A C. What is B at the same point with the same variable values? Assume -8uo
electromagnetic fields theory
QUESTION 3 A rectangular loop due to an infinitely long conductor carrying current 2 A along the z-axis is shown in Figure 4. The loop and the straight conductors are separated by distance d. (i) Determine flux, through a rectangular loop (ii) If the rectangular loop is described by 2sps6, 0szs4, and -90, calculate the flux through a rectangular loop. (iii) Find current density, J (iv) Prove that V.B-0 15 Marks] Figure 4
10. A rectangular wire carrying a current is placed in a magnetic field. The magnitude of the torque the wire feels does not depend on which of the following statements: to. The magnitude of the current in the wire b. The direction of the current in the wire c. The length of the “loop” sides of the wire d. The area of the loop le.The orientation of the "loop"
The steady current carrying rectangular conductor is placed in a
uniform magnetic field as shown in
5. The steady current carrying rectangular conductor is placed in a uniform magnetic field as shown in Figure 3. a) What is the voltage difference, V between the side (shown with w) of the conductor in terms of the parameters given in Figure? b) What would be the voltage difference, V between the side of the conductor if B=0? L w h 1 B...
Problem 2 (Current through Loop) A rectangular loop of dimensions 1 and w moves with a constant velocity v away from an infinitely long straight wire carrying a current I in the plane of the loop, as shown in Figure 10.9.6. Let the total resistance of the loop be R. What is the current in the loop at the instant the near side is a distance r from the wire? Figure 10.9.6 A rectangular loop moving away from a current-carrying...