An iron rod of 0.2cm^(2) cross- sectional area is subjected to a magnetizing field of 1200Am^(-1) . The susceptibility of iron is 599 . The magnetic flux produced is

An iron rod of 0.1 cm^(2) cross-sectional area is subjected to a magnetising field of 800 A/m. If the susceptibility of iron is 599, then magnetic flux produced in the rod is

An iron rod of 0.2cm^2 cross-Sectional area is subjected to a magnetising field of 1200A//m . The susceptibility of iron is 599. The permeability will be

An iron rod of 0*2cm^2 cross-sectional area is subjected to a magnetising field of 1200Am^-1 . The suscaptibility of iron is 599 . Find the responsibility and the magnetic flux produced.

An iron rod of 0.1 m^(2) area of cross- section is subjected to a magnetising field of 1000 A/m . If susceptibility of irons is 599, its magnetic permeability (T/A/m)

An iron rod of 0*2cm^2 area of cross-section is subjected to a magnetising field of 1200Am^-1 . (i) permeability, (ii) magnetic flux produced.

An iron rod of area ofcross-section 0.1m^(2) is subjected to a magnetising field of 1000A//m . Calculate the magnetic permeability of the iron rod. [Magnetic susceotibility of iron =59.9 , magneitc permeability of vaccum =4pixx10^(-7) S.I. unit]

An iron rod of susceptiblity 599 is subjected to a magnetising field of 1200 A/m . The permeability of material of rod is: ( mu_0 = 4 pi x 10^(-7) Tm A ^-1)

A bar of 5xx10^-3m^2 area is subjected to a field of 600Am . If susceptibility of material is 499 , calculate (i) permeability (ii) flux density and (iii) magnetic flux.

An iron rod of cross-section area 4cm^(2) is placed with its length along a magnetic field of intensity 1200 S m^(-1) . The flux through the rod is 40xx10^(-4)Wb . The permeability of the rod is