Question

3. A solenoid has a diameter of 10 cm, a length of 50 cm, and 300 turns. Assume it acts like an infinite solenoid. a) Use ampere's law to show that B inside the solenoid is B = b) Find the mutual inductance between the solenoid and a single loop with a diameter of 50 cm outside the solenoid. c) Find the mutual inductance between the solenoid and a single loop with a diameter of 1 cm inside the solenoid.

Answer 1

3) consider the above given that Ni = 300 - of using ampere's law & Ball = Mo I Peraricter = 20 'B (2777) = Mo I B = Mot . 200 y area of loop = I d - 1 10.5f² = 019672 mutual inductance M = Mon, a 471x10' x 300 x 0.196 0.5 : 738.9x10? M = 1.484104 H

g a diameter da ler A=27&P= tegeleb et (0.olem? = 7.8501052 Mutual, inductance MoN,A r = 4TX 10 (300x 785xi MoN,A. 0.5 1:2-95938X1058 .6.5 V r=0.59187410 H