(a) Obtain an expression for the mutual inductance between a long straight wire and a square loop of side a as shown in Fig.
(b) Evaluate the induced emf in loop if the wire carries a current of 50 A and the loop has an instantaneous velocity `upsilon = 10 ms^(-1)` at the location x = 0.2 m, as shown. Take a = 0.1m and assume that the loop has a large resistance.

Obtain an expression for the mutual inductance between a long straight wire and a square loop of side a as shown in Fig. 6.21. :

Obtain an expression for the mutual inductance between a long straight wire and a square loop of side a as shown in the figure.

(a) Obtain an expression for the mutual inductance between a long straight wire and a square loop of side a as shown in Fig. (b) Now assume that the straight wire carries a current of 50 A and the loop is moved to the right with a constant velocity, v = 10 m/s. Calculate the induced emf in the loop at the instant when x = 0.2 m. Take a = 0.1 m and assume that the loop has a large resistance.

(a) Obtain an expression for the mutual inductance between a long straight wire and a square loop of side a as shown in figure. (b) Now assume that the straight wire carries a current of 50 A and the loop is moved to the right with a constant velocity, v = 10 m/s. Calculate the induced emf in the loop at the instant when x = 0.2 m. Take a = 0.1 m and assume that the loop has a large resistance.

a. Obtain an expression for the mutual inductance between a long straight wire and a square loop of side a as shown in the figure. b. Now assume that the straight wire carries a current of 50 A and the loop is moved to the right with a constant velocity, v=10m//s . Calculate the induced emf in the loop at the instant when x=0.2m . Take a=0.1m and assume that the loop has a large resistance.

Find the mutual inductance of a straight long wire and a rectangular loop, as shown in the figure.

Find the mutual inductance of a straight long wire and a rectangular loop, as shown in the figure.