(Solved) : Pair Coils Coil Large 500 Turn Circular Coil Radius 540 Cm Circular Coil B 50 Turns Radius Q32644688 . . .
Please help 🙁
Pair Of Coils Coil A is a large 500 turn circular coil of radius 54.0 cm. Circular coil B has 50 turns, a radius of 9.0 cm and is located L 84.0 cm from coil A along the same axis. The planes of the two coils are parallel. Find approximately the mutual inductance of this pair of coils. 0.03355 H As coil A is much larger than coil B, the B field due to A in the region of B is fairly constant. Use this approximation and proceed 4pts Submit Answer Tries 8/10 Previous Tries tf the current in col A varies with time according to 1-6栌-96 t2-1, where I is in amps and t is in s find the magnitude of the EMFinduced in coll B at time t = 9.0 s Apts Submit Answer Tries o/10 For each statement below, select True” or “False” False The mutual inductance of the pair of coils depends on the current through both A and B True If the current is increased, the mutual inductance remains constant. False ▼ The mutual inductance does not depend on the geometrical onentation of the two coils but only on the shape and size of each True If the permittlvity of the region where the coils are located is increased, the mutual inductance increases proportionately. False ▼ In the first part, if we had calculated the field due to coil B in the region of oil A ather than the other way around, we ould have found no difference in the calculated mutual inductance. Recall the difference between permittivity and permeability. pts Submit Answer You have entered that answer before Incorrect. Tries 4/10 Previous Tries Show transcribed image text
Expert Answer
Answer to Pair Coils Coil Large 500 Turn Circular Coil Radius 540 Cm Circular Coil B 50 Turns Radius Q32644688 . . .
OR