[CLO3]A current sheet with K = 2ŷ A/m is placed at x = 0, which separates%3Dregion1 x <0 µ1 =2u0 and region 2, x > 0, µ2 = 4µo. If H1 = 7â + 42%3DA/m. The magnetization M2 in region 2 isO a. 5.25 âx + 12.00 âz A/mO b. 21.00 âx + 12.00 ây A/mOc. 10.50 âx + 6.00 âz A/mO d. 10.50 ây + 6.00 âz A/mO e. 10.50 âx + 6.00 ây A/m

Given, K→=2y^ A/m and H→1=7x^+4z^ A/m

A current sheet with K = 2ŷ A/m is placed at x = 0, which separates %3D %3D region1 r <0 u1 =2µo and region 2, x > 0, µ2 = 4µo. If H1 = 7â£ + 42 %3D %3D A/m. The magnetization M2 in region 2 is O a. 5.25 âx + 12.00 âz A/m O b. 21.00 âx + 12.00 ây A/m O c. 10.50 âx + 6.00 âz A/m O d. 10.50 ây + 6.00 âz A/m O e. 10.50 âx + 6.00 ây A/m

A current sheet with K = 2ŷ A/m is placed at x = 0, which separates %3D %3D region1 r <0 u1 =2µo and region 2, x > 0, µ2 = 4µo. If H1 = 7â£ + 42 %3D %3D A/m. The magnetization M2 in region 2 is O a. 5.25 âx + 12.00 âz A/m O b. 21.00 âx + 12.00 ây A/m O c. 10.50 âx + 6.00 âz A/m O d. 10.50 ây + 6.00 âz A/m O e. 10.50 âx + 6.00 ây A/m