A solenoid of `500turns` per meter is carrying a current of `3A`. Its core is made of iron, which has a relative permeability of `5000`. Determine the magnitudes of magnetic intensity, intensity of magnetization and magnetic field inside the core.

A solenoid of 600 turns per metre is carrying a current of 4 A . Its core is made of iron with relative permeability of 5000. Calculate the intensity of magnetisation and magnetic field inside the core .

Solenoid core made of iron having relative permeability 5000. It is carrying current 1.5 A having 1000 turns per metre. Determine the magnitude of magnetic intensity, magnetization and magnetic field inside the core.

An iron specimen has relative permeability of 600 when placed in uniform magnetic field of intensity 110 amp//m . Then the magnetic flux density inside is……tesls.

Magnetic field at a point a material is 0.02 T and the relative permeability of the material is 1.0001 . Determine the magnetic intensity H and intensity of magnetisation M at that point .

A toroid wound with 100 turns /m of wire carries a current of 3 A. The core of toroid is made of iron having relative magnetic permeability of mu_(r)= 5000 mu_(0) under given conditions. The magnetic field inside the iron is …........ (Tackle mu_0 = 4pi xx 10^(-7) T mA^(-1) )

A solenoid with 7 turns per unit length is carrying a current of 2.5A . What is the magnetic intensity inside the solenoid ?

Find magnetic field intensity at a point well inside the solenoid carrying current.

The length of straight solenoid is 10 cm, number of turns is 5000 , current through it is 10 mA and the relative permeability of the material of its 1500. Determine the magnetic intensity H and the magnetic field B on the axis of the solenoid .