The figure gives experimentally measured B vs. H variation in a ferromagnetic material. The retentivitv, co-ercivity and saturation, respectively, of the material are:

Question

The figure gives experimentally measured B vs. H variation in a ferromagnetic material. The retentivitv, co-ercivity and saturation, respectively, of the material are: (A) 1.5 T, 50 A /m and 1.0 T (B) 1.0 T, 50 A/m and 1.5 T (C) 1.5 T, 50 A/m and 1.0 T (D) 150 A /m , 1.0 T and 1.5 T

Tardigrade Admin · Accepted Answer

Retentivity = 1.0 T Co-ercivity = 50 A/m Saturation = 1.5 T

Q. The figure gives experimentally measured $B$ vs. $H$ variation in a ferromagnetic material. The retentivitv, co-ercivity and saturation, respectively, of the material are:

$1.5 T, 50 A / m$ and $1.0 T$

$1.0 T, 50 A / m$ and $1.5 T$

$1.5 T, 50 A / m$ and $1.0 T$

$150 A / m, 1.0 T$ and $1.5 T$

Retentivity = 1.0 T
Co-ercivity = 50 A/m
Saturation = 1.5 T

Q. The figure gives experimentally measured B vs. H variation in a ferromagnetic material. The retentivitv, co-ercivity and saturation, respectively, of the material are:

1.5T,50A/m and 1.0T

1.0T,50A/m and 1.5T

1.5T,50A/m and 1.0T

150A/m,1.0T and 1.5T

Retentivity = 1.0 T Co-ercivity = 50 A/m Saturation = 1.5 T

Q. The figure gives experimentally measured $B$ vs. $H$ variation in a ferromagnetic material. The retentivitv, co-ercivity and saturation, respectively, of the material are:

$1.5 T, 50 A / m$ and $1.0 T$

$1.0 T, 50 A / m$ and $1.5 T$

$1.5 T, 50 A / m$ and $1.0 T$

$150 A / m, 1.0 T$ and $1.5 T$

Retentivity = 1.0 T
Co-ercivity = 50 A/m
Saturation = 1.5 T