[" The inductance per unit "],[" length of a double tape line as "],[" shown in the figure."],[rarr n^(5)],[qquad (5)/(1)" ."]

Calculate the inductance of a unit length of a double tape line as shows in Fig if the tapes are separated by a distance h which is considerably less than their width b .

Calculate the inductance of a unit length of a double tape line as shows in Fig if the tapes are separated by a distance h which is considerably less than their width b .

The tangential force per unit length an imaginary line drawn on the surface of a liquid , is

Calculate the inuctance of a unit length of a double tape line (Fig) if the tapes are separated by a distance h which is considerabley less than their width b , namely, b//h = 50 .

Why the inductance per unit length for a solenoid near its centre is different from inductance per unit length near its ends?

Three inductances are connected as shown in the figure 1.107 . Find the resultant inductance.

Consider the self-inductance per unit length of a solenoid at its centre and that near its ends. Which of the two is greater?

Consider the self-inductance per unit length of a solenoid at its centre and that near its ends. Which of the two is greater?